This is default featured slide 1 title
This is default featured slide 2 title
This is default featured slide 3 title
This is default featured slide 4 title
This is default featured slide 5 title
 

Modern technology involves Hispanic free phone chat

The singles across the whole world is thriving as more and more individuals are involving towards technology for helping them in search of potential dates. They take the help of technologies like Hispanic free phone chat, Hispanic free phone chat lines and many others.  There are many innovative ideas dating services industries such as such as online dating, phone dating and even mobile dating with a cell phone. The increase in number of features that are added to these services is increasing the number of people to visit this websites who are comfortable with the technology for dating and other services.

According to research it is now one of the most popular ways to meet other singles in many parts of the world. If you are new to phone chat here are a few tips to help you get started. Phone chat lines are another technological dating method that has been around for a long time, but is being improved upon to appeal to a wider audience. Technology has become so advanced that they have introduced Hispanic free phone chat trial, Hispanic free trial phone chat and etc. This is A good way to do this is to search for a service that offers a trial period.

This way you can test out the features and make sure there is a vibrant chat community. Hispanic phone chat, Hispanic phone chat line, Hispanic phone chat lines, Hispanic phone dating is like fun! Even if you are a little shy try to be as bubbly as possible. You don’t have to go over the top, but people are generally attracted to the interesting, fun and friendly members of the group! Start with a general conversation and then get more specific. This means select a list of people and then sort from the list to the ones you are really interested.

Spanish adult chat lines, Spanish free chat lines, Spanish free phone chat, Spanish free phone chat lines are new forms of advanced technology with in terms help the teenagers to get to know each other from different parts of the world. From here you can have better conversations and possibly even meet for a date! You should never involve yourself to any kinds of arguments. If someone is arguing with you on the Spanish phone dating, simply hang up the call and report it to the concern operator. You should go through the profiles of the person with whom you are talking.

Listen to as many profiles as you can because may be you can come across someone nearer to you. May be he or she is the most interesting person you have ever met in your life. If you are not aware of these kinds of chat you can go for the trial version like Spanish free phone chat trial and Spanish free trial phone chat.  These kinds of technology are very useful in today’s modern technology world. On the other hand it is dangerous for kids if they misuse it.

Importance of Biosphere Technology

Improper waste management is a luring problem that incessantly increases as the population doubled. Upshot is money to get rid of to municipalities and wastes management companies. The usual option is disposing all human’s waste through landfills, which is not at all satisfactory. Nowadays that innovation is frenziedly evident, there are ways developed in order to be of solution to this waste management hazard. Our solutions and technologies allow communities to enhance sustainability level by turning waste streams into reusable and valuable resources.

What is the Biosphere Technology?

Biosphere Technology is a process of gasification that tie together the combustibility (the measure of how easily a substance will burn, through fire or combustion) of solid wastes to create heat source that produces an extremely hot steam that will then generate green electricity.

The latest form of gasification is the revolutionary Biosphere Technology which was created and developed by the renowned author of various original contributions in scientific literature, Dr. Chris McCormack. Dr. McCormack also serves as the Chairman and CEO of Global Environmental Energy Corporation (GEECF).

Biosphere Technology siphons the combustibility of solid wastes and transforms it into a fuel that generates steam of extreme heat which in turn produces green electricity. What makes the Biosphere process unique is the fact that it is performed in a controlled environment of limited oxygen to limit most of the resulting atmospheric emissions; another technological advancement.

The electricity that was generated produces an extremely hot steam that will then generate green electricity. It was generated by destroying waste in a cost effective manner without polluting the environment. The process is done in a limited – oxygen environment thereby significantly limiting atmospheric emissions.

The advantages of TGEG biosphere technology are numerous:

1. The process assures a zero percent harm to the environment.
2. This is a green technology that harnesses the combustibility of solid wastes to create a heat source that produces an extremely hot steam that will then generate green electricity.
3. The process is done in a limited – oxygen environment thereby significantly limiting atmospheric emissions. It addresses both energy production and waste management issues.
4. No toxic leftovers that require landfill or which cause leachate issues.
5. Eligible as Renewable Energy Developer as Renewable Energy Market.

Indeed, biosphere technology is set to change the future advancement; it doesn’t only confide into sojourning the hoarding waste problem of the country, it will also serve as green electricity for every light bulb of every home.

Modern Computer Technology

Technology is not only the light of the darkness way of our life but also the solution key of any problems and the improvement of our success. The touch of technology in the computer field is the surprising invention beyond our thinking. Today’s gift of the technology is amazing to us and it will be backdated tomorrow for the exponential improvement of technology. Computer technology is not only being improved by the year to year but also improving day to day and for that reason the real invention of present was limited in thinking in the yesterday and today’s imagination will also be real tomorrow. As computer is formed by the synchronized accumulation of its two fields like hardware and software, the technology is also keeping his contribution significantly in these two fields for also making the computer as the great performer.

With the advancement of computer technology the size of the computer is becoming smaller and more effective than the before. The data storage capability of the computer is now limited to the megabyte and usually it extends to the gigabyte to terabyte and in this way modern computer is the world within a world. Hard disc, DVD discs and removal discs are such kinds of memory storage device those are now small in size and more capable than the before.

Instructions executor of computer are known as the computer processor which is more powerful now because of the invention of modern technology. Modern computer technology has now combined two, four, eight or more core in a single processor to get the extreme performance and these kinds of processor are known as the dual core, core-2-dua, core-2-quad and core-2-extreme in the market. These types of processor are 2, 4, 8 and even 16 times fasted to process data. The cash memory and the bus speed are also not limited to the kilobyte and it is extended to the megabyte now. With these basic elements, the other component of the computer is becoming greater performer and effective those were only in imagination a few days ago.

The period has gone away to use bulky part and overweighed tools for the setup of your computer. LCD monitor has solved these kinds of problems and it is comfortable to our eye for the filter technology that filters the harmful ray emitting from the monitor. The most advantageous gift of the modern computer technology is the laptop computer which is small in size and flexible to use it. The producer of this product have also tried to accumulate the advantages of the modern technology like Bluetooth, web came and such as such.

The modern processor, monitor and the overall computer are low power consuming and more effective. The RAM of the computer is the helper of processor which is used as the primary memory for analyzing code instruction or software and the memory size of RAM now exceeds to single gigabyte. Software, usually open source software are being improved too rapidly which give us the new features day by day. Popular and user friendly operating system like Windows operating system is updating with great features to satisfy the requirements of the users. Open source software and operating system like Linux give you the update time to time and you can add features as you like. For these great features computer is said to be the wonder of science and modern computer technology is the successor of that wonders.

Latest Computer technologies Now a Days

If you’re like me then you’ll have a collection of old cassette tapes, or even vinyl recordings. It’s great to have the original, but it also means that I hardly ever listen to them because it’s so impractical. That is why this article is about how to convert these mediums to digital, so you can play them on your computer.Some have argued that fancy “professional looking” charts are somewhat detrimental, and contain elements not essential to understanding the data displayed. It appears that the general consensus from those holding this view is that people sometimes stretch information display to see how far they can go, and in doing so, inadvertently cause interpretation problems. This is the view of fellow blogger Jorge Cameos, an information visualization fan, who says: “Good charts are invisible. Previously, users had to click open their mail to view its content. It was time consuming and not very technology savvy. Gmail account holders missed this important and basic function in Google’s web based mail service.The best pad for your mouse that you can use is one that supports your hands and wrist, and that is comfortable. Regardless of the price and how much people recommend you get something, make sure that it is comfortable before you buy it. After all, that is the whole purpose behind upgrading! Belkin Pads are quite good value, and they have a huge range to suit what you need. Spend some time testing them out to pick the best; I have friends that swear that the mouse wrist pads with gel pads are great, whilst I personally haven’t had that good of an experience with them. This links directly to a central reception and allows the operator to listen into a conversation as it happens. The employee uses code words in the conversation to alert reception to organise assistance if needed. Also successful has been the idea of providing staff with personal alarms if their work goes beyond normal office hours. When used correctly and in the ear of an assailant, this gives staff a few vital seconds to remove themselves from a situation should the need arise.Due to the fact web browser security is not actually secure right now because of new exploits like Zeus being posted or published at a rapid rate; it would be smart to stay up-to-date for your computer will be less vulnerable to web browser attacks.

Mobile Application Technologies of Future

Mobile application development is one of the fastest growing technologies in 21st century. The rise of mobiles, smart phones made a dramatic change of acceleration in almost every fields and niches. Modern smart phones, iphone and similar devices offer flexible and feasible opportunity for different apps to perform different tasks making modern smart phones and iphones much preferred than fixed and cumbersome PCs. Business and Marketing experts are able to exploit these situation perfectly making full use of mobile technologies to reach and grab more and more Leads than ever before.

Certain Mobile technologies dramatically changed the way mobiles devices and their usage. For instance the Android based mobile interface for websites are marked as the beginning of a new era in Mobile Net usage. Techs such as GPRS were revolutionary in Mobile application development for many GPRS apps using GPRS were well received among both business and youths who are accustomed to constant travels and to addictive browsers.

More the technologies we get the higher the need for even more as it has been the key of both innovations and business on 21st century. But expert developers and experts always concentrate on developing outstanding futuristic technologies to be first in a broader market. But not all Technologies are viewed to have a promising future or some are considered better than others to thrive in the near future.

Promising mobile application Technologies:

            As most experts anticipate, the future of mobile apps tech will be broader and highly successful on market. The demand is constantly increasing and seems highly favorable to the developers who offer advanced and yet user-friendly apps at affordable prices.

Few promising futuristic mobile Apps Techs:

  • Location Based Services (LBS)
  • Mobile Commerce
  • Mobile Payment
  • Context-Aware Applications
  • Object Recognition
  • Social Networking
  • Mobile Search
  • Mobile Instant messaging (MIM)
  • Mobile E-mail
  • Mobile Video

These are just a few Techs which experts think to be the most developed mobile application technologies.

Location Based Services:

            Little similar to GPRS Location based Services or LBS are a bit too different from its ancestor for it uses Mobile Network bases or Mobile Service towers and the mobile device itself to pinpoint the user’s Location. Based on the user’s interests and current location this Technology provides detailed locations of Local business and other service locations. The user can change his/her interest to obtain locations of the different services and details like GYMs, Beauty parlors, Hotels, theaters and any similar services or local business. The technology fully exploited by local business to attract more customers using the mobile device’s geographical positioning ability. The promising part of LBS is it is a gift to both businessmen and customers alike. The future of this think thanks technology is expected to be the heart of mobile business apps. But the technology has some flaws/issues but the most concerned is Privacy, as the technology uses mobile devices to track locations the worry is it also holds the ability to access an user’s location often without his/her interaction. If this and others problems like being little slow and a bit costly can be seen too by developers there is no doubt Location Based Service and such Apps will have a promising market in near future.

Mobile Commerce:

Mobile Commerce is any direct or indirect transaction conducted and facilitated through a wireless telecommunication network. Mobile commerce is a kick start of another new business and marketing era which is highly successful backed by the fast developing mobile technologies. The idea here is to reach customers where and how they are always available and prefer to be approached.  For instance people may forget coupons or business related wallets but never leave far behind their mobile phones and hence business master minds prefer to engage in Mobile business. Offers and coupons that provide some special offers to their most valued customers may be sent to their mobile as Messages so they are just required to show the message from their mobile to get such offers. Mobile payments or Mobile transaction is also a follow up and a development to Mobile commerce but as it is to be there are some drawbacks in even Mobile Commerce.

Mobile transaction and commerce face a serious issue due to many reasons such as slow work speed of mobile devices, chances of network errors resulting in messages sending fails. But the worse problem is that some people don’t preferred getting Business and commercial SMS on their mobiles as the y feel them disturbing. And a report also says that some people don’t thrust mobile ads and marketing related Messages and consider them as spam. But latest events and measures such as the ability to disable service and commercial related messages and the lessons learned by marketing world will/shall change these issues over time. If used and developed Mobile Commerce and related Applications and their development will have a brighter future.

What to Do and What Not to Do During an SEO Campaign

In order to partner with the right SEO agency, it is essential to understand and differentiate between “white hat” or good SEO and “black hat” or bad practices. When you understand the differences, you will see why practicing good SEO not only reaps the reward of an increased customer base, it enhances your reputation online as well.

SEO Network Spamming

One of the black tactics that are used that can get out of hand is social network spamming – a practice that is frowned upon by such agencies as Flare SEO in Dubai. This type of spamming can, after a time, reap you more penalties than profits.

Social network spamming involves the constant practice of transmitting links on social medial platforms without supporting the connections with relevant data. Needless to say, this type of practice can become quite aggravating to anyone who regularly communicates on Facebook or Twitter.

Cloaking

Another underhanded tactic that only supplies short-term higher rankings is a practice known as cloaking. When this type of practice is used, the pages on a web site are coded to display a set of keyword-rich content to the search engine crawlers and another set of readable content to website visitors.

Whilst the tactic provides reader-friendly content, it still fails to pass muster when it comes to search engine rules. Content, according to Google and the other major search engines, should only be created for human eyes, not for the search engine themselves.

Article Spinning

Another tactic that should be avoided is article spinning. Whilst the practice of regularly adding content to your site or blog should be practiced, article spinning is a black hat method that involves trying to get around producing new content. The practice entails using spinning software and rewriting an article in several different versions.

Unfortunately, the spun articles are often written poorly and do not supply any updated information to readers. Article spinners upload these kinds of articles to sites on a consistent basis. However, they really are not accomplishing their goal of giving the impression that they are adding new content. They cannot fool the crawlers or Google’s algorithm and, therefore, are usually eventually shut down.

Another practice is supplying doorway pages to a website. Whilst these kinds of pages are keyword-rich, they do not really supply any helpful content or informative data. Instead, these “promotional” pages concentrate on displaying calls-to-action or links that direct users to a landing page. If you don’t want to experience the wrath of Google, you want to totally avoid this practice.

Although you might come across articles that feature black hat SEO techniques that supposedly work, don’t be led astray. When it comes to practicing SEO, the idea is to follow the guidelines established for users that emphasise the use of organic link-building, proper keyword utilisation and writing high-quality content. When you remember these three practices, you fully comprehend how SEO should work. Any activities that involve such actions or descriptives as “cloaking,” “hiding,” “link-buying,” “spinning,” or “spamming,” should be totally avoided.

 

Back to “Mythstakes” of Technology Planning in the Future Classroom

Introduction

Myths around educational technologies are to be found in any higher education institution.  These myths are perpetuated among administrators, academic staff and students.

The incorporation of educational technologies requires a strategic plan that envisions educational technology as integral to curriculum development.  In many aspects educational technologies are underutilised and need to become better integrated with the curriculum if students are to be better prepared for the workplace.  All higher education institutions do have a strategic plan, or maybe, should have a strategic plan, for technology integration, but to which degree are the administrators incorporating the academic staff in the planning and strategizing phases?

Lecturers are the key to effective incorporation of educational technologies, not support services like the IT department and development services, although all these parties play a vital and irreplaceable role in the whole planning process.  There is concern over the lecturers’ involvement because of all the myths that are perpetuated among these staff members.

The great promise of educational technology is that it can improve student achievement, motivation, critical thinking and cooperation, but lecturers need to improve their own educational technology literacy levels and need to learn how to adapt their classroom teaching styles and extend their instructional strategies to include greater use of educational technologies.

Educational technology is not an end in itself.  The high costs of technology require a justification for technology planning that is visionary and comprehensive.  A successful educational technology plan must also focus on improving learning and communication.  This necessitates the continuous allocation of resources to equipment and software upgrades; a commitment to ongoing lecturer training by the Instructional Designers and Curriculum Practitioners; and a desire to provide access to global resources.

Unfortunately, because of the complexity of technology and the rapid changes, the use of educational technology can be misguided by myths fostered by a lack of knowledge.  Has the institution’s development and support services made the academic staff knowledgeable about technology integration in the university classroom?

Dichotomies, Advantages and Barriers

Research exposes some of these myths, but more importantly, points back to the fact that lecturers and students have myth busting attitudes.  All of these myths can create potential dichotomies between lecturers and students, lecturers and the higher education institution, lectures and the higher educations’ support services, and between educational technology and curriculum.

These myths alert one to the risks of the use of educational technology in student success, but potentially also undermine a student-centred focus.  A student-centred and learning-centred perspective can bust some of these myths and create an attitude of going back to the future in the face of barriers to learning in higher education institutions.  It is best to investigate these myths under the headings of technology planning, professional development, and technology utilisation.

Technology planning

Some higher education institutions have technology plans in place that provide the flexibility needed to respond to changing needs and equipment.  Others have plans that are never used or their plans are so restrictive that they defeat their purpose.  The question that every higher education institution must ask is: “Is our technology plan flexible or is it restrictive that it defeats the purpose of educational technology integration?”

Myth 1: technology planning is useless because educational technology changes rapidly

The fact is that many plans fail because of a lack of strategic planning.  Higher education institutions might attempt to be too specific about hardware and fail to consider in depth how educational technologies can benefit teaching and learning.

Myth 2: the development and support staff (i.e. IT, ICT, Instructional Designers, Curriculum Practitioners) should design the technology plan

The fact is that technology by nature is complicated.  Increased specialisation among professionals forces them to cooperate and to plan under complex conditions.  Therefore, decision makers must rely on input from administrators, librarians, administrators, support staff, curriculum designers and practitioners, Instructional Designers and IT specialists.

Myth 3: higher education institutions should buy what the workplace is using

The fact is, given the rate at which technology changes, purchases made today are not what students will be using in the workplace in 1 or 5 years time. When planning and strategizing the powers to be mustn’t be overly concerned about what platform and software to purchase, but to rather ask the question: “How will educational technology be used and with what impact?”  If the priority is for students to learn more effectively subject-specific content, via educational technology, then software should be chosen that accomplishes that goal and equipment purchased that runs that software.

The technology planning committee should also consider the longevity of a type of software.  They should also consider the amount and type of technical support that is provided with equipment warranties.   More expensive, high-quality equipment that includes competent technical support and fast on-site repairs will save time and money over less expensive equipment that lacks the level of support.

Myth 4: educational technology means computers

The fact is that higher education institutions need to consider how to incorporate the many varied forms of educational technologies.  Various educational technologies are available to higher education institutions. Examples include audio CDs, data CDs and DVDs, bulletin boards, posters, photos, radio, PowerPoint slides, telephones, mobile phones and other mobile technologies, television, integrated Learning Management Systems, Internet, computer-based tutorials, computer-based and paper-based drills, role-play and simulations, word processing, spreadsheets, databases, email, social networks like Facebook and Twitter, Audio and Video Conferencing, voicemail, and screen capturing software like Camtasia, etc.

The focus must be on the information that educational technologies enable students and lecturers to access, and on the connections that will support that information’s flow.

Myth 5: do not invest a lot of money in computer labs because it will be obsolete shortly

The fact is, just because new hardware models and educational software arrive on the market weeks after equipment were ordered does not mean that a purchase cannot meet learning needs and accomplish desired objectives for years to come.  Educational needs should dictate the extent to which technology is replaced, and not the other way around.  Higher education institutions need to consider how they can repurpose older equipment.  There are ways of integrating the use of both old and new educational technologies.  The technology plan should include ways and means of utilizing both.

Myth 6: complete the technology plan, build computer labs, then reallocate the funds

The fact is that a good technology plan will consider that educational technology use may and will increase over time as lecturers and students become more comfortable with and knowledgeable about educational technology. The technology plan will also recognise that the ongoing use of educational technology necessitates upgrading hardware, software and skills, planning for repairs and maintenance, and investing in telecommunications access.  This is an absolute requirement of the information age.  To ensure funding for long-term maintenance and growth, the strategic plan must integrate the workplace needs with curriculum goals.  So, the funds should/must not be reallocated to other projects!  Are higher education institutions guilty of such practices?

Professional development

Lectures are the key to effective and efficient educational technology utilisation, and not so much the Instructional Designer or the curriculum practitioner, although they also play a very important role.  It is safe to say when educational technology is available it is frequently used with styles of teaching that fail to maximise its full potential.  This could be the result of inability, improper training, technophobia, or a lack of practice using alternative teaching strategies.  Therefore, adequate professional development is needed if educational technology is to help higher education institutions improve learning.

Myth 7: lecturers don’t take advantage of training opportunities

The fact is that some lecturers are technophobic, afraid to try to use educational technology with their students, due to a lack of exposure or to prior bad experiences.  To help overcome resistance, professional development efforts can start by concentrating on those areas that make the lecturers’ job easier, more efficient, or more effective and should address the needs and concerns of the lecturers and the students.

The timing of professional development activities, training opportunities and workshops should also be carefully coordinated.  Too frequently, there is a long time lag between training and the opportunity to use what was learned.  Equipment may be installed weeks after training is conducted, or vice versa.  Lecturers become discouraged by the delay.  This might be detrimental to a higher education institution’s effective use of educational technologies.

Furthermore, training needs vary among lecturers according to their skills and comfort levels.  Different training opportunities should be scheduled according to the different skills levels of the lecturers.  Higher education institutions should vary their training to lecturers in the use of educational technologies.

Realistic amounts of training need to be provided to achieve the desired results.  Research shows that 30 hours of training are needed to successfully use technology at a basic level.  For a lecturer to have a good operational knowledge of hardware and perform basic troubleshooting requires 45+ hours of training and 3 months of experience.  For a lecturer to actively develop entirely new learning techniques that utilize educational technology requires 80+ hours of training and 4 to 5 years of experience.  The question is, what are higher education institutions’ training schedules like?

Myth 8: lecturers are not using the educational technologies that are available

Sometimes, educational technology is purchased in response to a particular interest or need or to run a pilot project.  A small group of lecturers may be using the technologies frequently, and others are not aware of the extent to which it is being used or think it should receive widespread use.  Other lecturers, however, may perceive that its use is restricted.  This is exacerbated by housing the equipment in a limited-access area such as a science lab and to only include a limited number of lecturers in a pilot project.  Small-scale innovation attempts like these frequently fail because they lack a critical mass of people, funding, or equipment and the traditional system of rewards does not encourage adoption.  Few people initially adopt innovation.  The rate at which others adopt innovations depends on, amongst others, their perception of its relative advantage and complexity, their level of involvement in making decisions, and the nature of their professional and social systems.  Professional development efforts should consider these factors.

There are also other barriers that inhibit the adoption of educational technology in classrooms, e.g. the difficulty finding appropriate media or software, a shortage of time for preparation, unfamiliarity with hardware or software, inaccessibility of educational equipment, poor technical support, and the inability to quickly solve problems.  Also, equipment failures in class in front of students are embarrassing and a threat to a lecturer’s sense of competence and authority.

These can be overcome by providing professional development opportunities, by creating incentives to learn and use educational technology, and by recognizing that comfort and expertise come only with experience.  Does higher education institutions incentivise, and if so, how and to what degree?  Effective technology planning is needed to help turn scared lecturers into educational technology adopters.  Enthusiastic support staff, with a concern for change will communicate their expectations, advice and support lecturers, monitor their progress, and provide a source of motivation.

Myth 9: lecturers will change from knowledge experts to knowledge facilitators

In this myth students are self-directed in their search for knowledge – which assumes an unqualified love of knowledge and a great deal of self-motivation.  The fact is, we all know that this doesn’t really happen, and (most) students must be motivated and guided by their lecturers.

This myth also presumes that lecturers and students can readily accept different classroom and campus cultures.  Lecturers are normally viewed by students as both information experts and authority figures.  Changing their role to knowledge facilitators does not diminish their roles.  Instead, it adds the dimension of managing the labour of students who may be working at different speeds on different tasks.  The culture of these classrooms can also be more active, energetic, and noisy and may require greater flexibility in scheduling and assessment methods.  Professional development efforts must address these concerns.

Technology utilization

The desired outcome of technology planning is to impact learning in positive ways by investing in appropriate educational technology and effective professional development.  One determination of whether educational technology is used successfully or not depends on how equitably it provides access to information to all students and lecturers.  It is about how the educational technology gets used.  The ultimate determinant of success is not reaching some ratio of equipment to students but ensuring that knowledgeable lecturers are using technology efficiently and effectively to meet lecture goals and objectives.

Myth 10: although there is no technology plan, get computers in every classroom.

The fact is, getting computers and using them in teaching and instruction is not the same thing.  Without adequate professional development, or technical support staff these computers will be underutilised.

For instructional benefits to be realised clearly defined objectives must be established for how the hardware will be used and integrated with the curriculum.

Lecturers in general are not very knowledgeable about how to integrate any type of educational technology into their lessons, much less computers or software.  Coming up with imaginative, educationally inclusive ways for students and lecturers to use educational technology remains a difficult task for technology planning.

Myth 11:  lecturers will be replaced by computers

This myth ignores the culture of the classroom and doesn’t consider how lecturers meet important social and emotional needs for their students.  This myth stems from efforts in artificial intelligence that are applied to instruction.  Although highly advanced computer-based tutorials that use artificial intelligence technology are being designed and used that adapt to students’ individualised learning styles and needs, they are expensive and labour intensive to design.  It will still be some time before this technology is common in the classrooms and available for all levels and curriculum areas.  It is also doubtful they will be able to respond the way lecturers do to changes in the students’ readiness for learning and the social context of the classroom.

Understandably lecturers at higher education institutions are concerned about the role of technology in their classrooms, but it is unlikely that these technologies will ever replace them.  Technology planners must rather understand that these technologies are there to support the lecturers and that there must be a synergy between lecturers and the educational technologies in the classroom.  The lecturers must understand their students, the classroom setting, and the complexity of the campus environment and design their educational tasks accordingly and it is here where the Instructional Designers and other support staff play a vital role.

Myth 12: educational technology will transform education

The fact is that lecturers, students, and communities can transform education – educational technology merely provides some of the tools and processes that can support educational reform and create pressure for change.  Educational technology and media in the classroom do not benefit all students equally and does not result in across-the-board increases in achievement.  Educational technology, however, can help lecturers become more efficient and effective and can help improve student motivation and engagements with the learning process.

Myth 13: e-learning does not work

This myth has two points of view:  Firstly, IT and network support staff say e-learning does not work because the network  or IT is always slow or down because of limited bandwidth.

Secondly, teaching practice is hardly ever rewarded.  Lecturers do not bother to develop teaching skills utilising educational technologies and e-learning because teaching is not rewarded enough in higher education.  Lecturers believe that only research gets rewarded.  Isn’t it time higher education institutions and technology planning committees start thinking of rewarding staff members for using educational technology?

Conclusion

So what does the road into the future for educational technology at higher education institutions hold?

Higher education institutions mustn’t embark on a track that leads to nowhere, or a track that doesn’t make ends meet.  Institutions should seek out and bust any educational technology and e-learning myth that wrongfully creates dichotomies, and address any plausible educational technology and e-learning myth with research and actions, starting with technology planning.  Technology planning has to be more integrated, more flexible, and requires more research on newer educational technologies and literacy.

In higher education institutions there is a need for a focus on student-centred learning, and a focus on lecturer-friendly teaching – a holistic wellness focus – where best practice is celebrated and excellence for teaching is recognised and rewarded.

Bibliography

Dr. Mishra’s Advanced Technology For Avascular Necrosis

Dr. Shrish Dutt Mishra, a name which is recently on everyone’s browsing history. The capital city of India Delhi has come up with an option whose name is Dr. Mishra. A doctor makes a separate domain for him to treat the world, not only India. A renowned personality for his implausible attainment as a great surgeon, a senior consultant and most importantly great specialist, name Dr. Mishra is presently practicing in south Delhi, street Greater Kailas II. He is set with well-equipped and a very sophisticated and classy clinic much more advanced and developed as well. This great personality has basically expertise in Orthopaedic Surgery with special concern in Joint Replacement, Sports Injuries, Trauma (Fracture Treatments) and Cellular regeneration with Autologus Cultured Cell technology. Moreover, he is a senior consultant Orthopaedic Surgeon as well.

Internet has come up with many more of services to let people know about him and make their visit to get treated in the environment of much more advancement. To add much information about this great personality who is all here at the city of all named Delhi, I need to focus on his additional attainments too. Like, Mr.Mishra is a consummated Golfer with various tournament trophies as his acclamation. He has done technical advanced certified training from ST James Golf School, England. There is a saying that, passion makes you do such thing which a person might have never thought to do. So, same thing happened to this personality too. Dr. Mishra’s passion towards Golf made him train himself in the Golf Injuries and now he is a certified Golf Injury specialist from California, USA.

In light of his expertise of Mr. Mishra, here I would like to detail the Treatment of Avascular necrosis of hip and its causes, which you can avail in Dr. Mishra’s clinic in GK II. Avascular necrosis is disease in which due to lack of temporary or permanent blood supply to the cells of bone tissues, cells do die and collapse the bone-functioning system, because, without blood, the bone tissues are not able to function which results in permanent bone collapsing. Assuming, Avascular necrosis gets engrossed, and then the joints where bones meet may be led to destruction and articular cartilage (the envelope surrounding the bones) do collapse greatly. Being a bit turn around, if we talk about all the causes of such disease, then prevalent are like Chemotherapy, alcoholism, excessive use of steroid, which is a hormone which attach: glucocorticoids, mineralocorticoids, androgens, estrogens and progestogens. Then, post trauma, caisson disease vascular compression, and hypertension, etc. Then, there may be Avascular Necrosis of hip, which s caused sometime by chemotherapy or excessive use of steroid hormone too. But, as soon as, Dr. Mishra stepped up with his expertise and skills with more advancement in his treatment procedure, these diseases are no more issues. Patients are from abroad getting treated well in the same level and for India is a matter of proud in every way. Make your visit for your disease and get treated with highly advanced medical technologies.

Biosphere Technology: Solution to Environmental Pollution

Biosphere Technology or Biosphere Process is a waste-to-energy technology that eradicates solid wastes in efficient and ecological manner. This technology significantly converts waste materials into clean green energy. We are all aware that the rising concerns over environmental pollution have been a pressing issue for many years now. In many countries particularly those in the third world, inefficient waste management is the major cause of environmental pollution. And now that new developments in technology emerged, discarded e-waste or electronic waste is also a growing environmental problem. There are solutions that have been considered such as recycling. However this can’t solve the problem alone. The good thing is, with biosphere technology all waste can be recycled or destroyed in environmental manner. The technology is not only economically viable but also profitable since it can convert waste materials into marketable products such as electricity.

How Biosphere Technology Works?

Biosphere Technology uses gasification process to destroy waste materials. The process is done in a limited oxygen environment thus limits atmospheric emissions. It has five distinct stages wherein the wastes are converted into marketable byproducts.

Stage One: Waste Materials are collected and brought to a designated biosphere facility site.

Stage Two: The waste materials are sorted to separate those that can still be recycled, the materials for compost production, metals, glass and collective recovery.

Stage Three: The materials in the waste stream are entered into the Biosphere Densifier 3 wherein it compresses the MSW into 20g flakes with 15-20%

Stage Four: The Biosphere Flakes are then converted into 1000 degree C – 1800 degree flux through Biosphere Venturi 5.

Stage Five: The flux produced in stage four is then used to generate green electricity or clean green energy.

Cleaning the environment with biosphere technology

With more than 7 billion people are generating wastes everyday and with this population continues to increase, it is expected that waste generation also increases. However, problems with solid waste management will no longer be an issue if biosphere technology is adopted as waste management system in every community. Instead of exhausting lands with the usual way of landfills, the biosphere technology offers an efficient solution to waste problems by converting it into clean green energy and other marketable byproducts. The potential dangers of landfills can be effectively solved through this technology. For example, the leachate issues of landfill systems, which contaminates groundwater supply and soil for vegetation. Moreover, landfill also produces toxins that are both harmful to human health and the environment.

Indeed this technology can be the best green solution to the critical issues on environmental pollution. No wonder many countries including the Philippines are now using biosphere technology. The construction of biosphere facilities in the Philippines is now ongoing and it has started in City of San Fernando Pampanga.

The Eco Button – Modern Technology

We all are aware of our current implications on the environment and how the way we act will impact in the future, but how are we dealing with this in the automotive industry? The eco button is a new introduction on a car, designed to make people more conscious of the environmental impact that cars have on our world. But is it more of a marketing tool of is it there because consumers really want it? Some cars currently have the same sort of idea in a city button which provides lighter steering for the driver and makes it easier to manoeuvre around tight corners and into smaller spaces. Really, it is fifty fifty. People want it because they think it will save them money when they are fuelling up their vehicles, and therefore are looking for vehicles that will help them conserve fuel. But drivers do not want to sacrifice any of the features we have become accustomed to, and so are more interested in features like a button we can press that, although making us go slower, will let us keep all our creature comforts.

So what does it really do? Looking at the Toyota and Lexus vehicles, by pressing the eco button you tweak the accelerator which in turn optimises the climate control, making the vehicle more safe on the environment. Emissions are reduced, and the car becomes a veritable eco safety net for the environment.

Manufacturers estimate a five to ten percent improvement on fuel consumption and on general economical value, and although the ‘eco button’ hasn’t been tested properly, with tests on miles per gallon being done on the vehicles without pushing the eco button, it  is felt that these cars could be a significant move on saving the environment and protecting the world.

What it does add however is the option of choice; you will be able to make a decision based on the vehicles on the market as to whether you desire speed, comfort or the feeling of saving the world. The power is now in your hands! Whatever vehicle you drive, ensure you have Car Insurance.

Digital Thermometer, helpful modern technology

There was once a time when taking someone’s temperature involved warming up a glass tube which contained Mercury and then placing it carefully under the tongue for several minutes until the Mercury rose to the indicated temperature number. The number was given in Celsius however and was rather complicated to read not to mention the amount of time in which it took not only for the preparation of the thermometer but also the total process all together was ridiculous.

It was not until many years later that people discovered the dangers in the substance known as Mercury. Just one small crack in the glass tube could send someone into a fatal attack of the blood stream. After this huge discovery, came the invention of the safer, easier to use digital thermometer.

The battery powered digital thermometer is not only easier to use but, it also does not have a single drop of mercury in it so it is safe to use. It works by electronically taking the persons temperature through a highly sensitive board of circuits in the tip which detect heat when in contact with it. The temperature is then displayed digitally on a small LCD screen so that it is easy to read. Unlike with the old mercury glass tube though, the digital thermometer is available in many types from baby pacifiers to ear thermometers and even medical grade forehead scanners that work by infrared. These thermometers were a huge step for technology and the world too.

With baby pacifier thermometers, a parent could take their infants temperature by simply getting them to do what they love to do already; suck on a pacifier. Within minutes, a parent could have their infant’s temperature with no fuss or stress to either party. Even better however, when the invention of the no-touch thermometer was released. This thermometer put digital in a class by itself.

Used in many pediatric hospitals, the touch-less digital thermometer charges on a base and is used by simply scanning the forehead. Infrared censors pick up the temperature within seconds and with no requirements to even touch the person. This type of digital infrared technology thermometers are also used in an ear type in which the temperature is taken by inserting the tip into the ear for just a second.

You do not need to get worried that from where you can buy one. Anyone can easily buy one from area medical or general store. These thermometers are available at reasonable price. However, if you find it difficult to go to any store, you can buy one online. Just select the appropriate one and stay safe.

There is no doubt that the thermometer has come a long way as has technology. Since the first discovery of the dangers of Mercury until the first release of the digital thermometer, people were in a constant state of fear to use the glass tubes. Now however, people are provided with a safe, durable and convenient way to take their loved ones temperature free, from these worries.

Modern Education Requires Computer Technology

Every year, before schools and college institutions begin their classes, students from around the country visit department stores and major electronics chains in an effort to get all those necessities that will allow them to complete successfully their studies. So, if you have recently been accepted to college and you are not exactly sure which your computing needs will be, buying a notebook computer is not a luxury purchase, but actually a necessity. In fact, anyone who has to cover frequent travel concerns, from college students to frequent business travelers, should possess a laptop, given the fact that it provides a mobile and light-weight computing experience for computer users around the world.

Recent research indicates that laptops are in fact used extensively as people need to own computer systems that are as mobile as they are. Buying an effective machine that can also be easy to carry around has increased considerably the laptop sales over the last decade, considering the lower manufacturer and assembly costs. Deals between hardware developers and software engineers have resulted in improved notebook systems that incorporate the ability of them being transferred easily from one place to another, as well as being able to compute much more than the main software functions, like reading and composing emails, operating spreadsheets, or using word processing applications. In fact, whether one needs to take work from one office location to another or do some work while onboard, today’s laptops can accomplish almost any task.

But if you are still contemplating on whether or not you actually do need a laptop to perform your computer-related college work, it is useful to consider the vast capabilities of these travel-ready devices as well as your current needs and ability to operate them. Owning a highly portable workstation can provide you with entertainment, productivity and ease of use. Forget about long messy cords and mouse pads. Easy to navigate by just using your fingers, today’s laptop models need no more than their rechargeable batteries or just an outlet to connect to their AC adapter and you are good to go.

Listening to music, playing games, watching videos, or writing a paper has never been easier. Laptop computers allow college students to manage their daily busy schedules instead of loosing time and effort. Some models offer screens that are only visible to the person that seats directly across them, eliminating the chances of one being able to visibly access your files and folders. Headphones and microphones, as used with desktop publishers are used to provide an efficient but considerate experience. Keep in mind that most of the available models come with software applications already in place making Internet browsing or working on a project a simple and easy process of starting up the machine. Finally, since laptop computers have become a mainstream device, many affordable models are offered in electronic superstores or are available to be ordered directly from the laptops manufacturers’ websites.

 

Orthotics and Prosthetics- The Future of Advanced Technology…

Human body is quite similar to a well systematic machine where all the parts execute some specific function. All the body parts works are organised and fully controlled by the brain. We people meet some kind of accident or injury, it affects the body to a great extent and sometimes even makes the person disable for life. Due to such major injury, our body fails to work in the proper way and therefore the requirement for some extra care or treatment becomes very essential. Orthotics and prosthetics equipments act as the bliss for such people to help them lead a normal life. Prosthetics and Orthotics comprises of qualified professionals who treat the physical and functional limitations of people suffering some kind of illness or disabilities.

Orthotics provides wide range of supportive equipments to support the body and prostheses are the equipments which are used in place of missing limbs. The professionals providing orthotics and prosthetics services are highly trained to prescribe and design the equipments best suited for the patients. So, they can lead a normal life with orthopaedic prosthetics. These are designed as per the need of the patient so as to give support and comfort. They work doesn’t only end only there. These professional make the patients make utmost comfortable with the highly designed equipments. With the progression in technology there is an enormous growth in the fields of orthotics and prosthesis. Numerous numbers of artificial devices are developed to help people lead a normal life. The artificial devices are designed in such a way that they support the person in the best way.

There are thousands of heath care centres globally providing excellent prosthetics services as well orthotics services globally across USA. These companies provide world class facilities to give best service to their clients. It includes designing and manufacturing world class prosthesis and orthotics equipments for the comfort of the patients. Comprehensive Prosthetics and Orthotics, USA is one of the finest health care centres at USA for providing best services to the clients. We render excellent care and treatment at very affordable rates. We understand the needs of our customers and therefore we work at maximum efficiency to meet up your satisfaction. Our services are finest and with highly experienced, trained and dedicated technicians we are the leading manufacturer and designer providing company in USA. Just Visit our any branches and get the superior services that helps your loved in  living a great life.

LTE or Long Term Evolution Explained

LTE, or Long Term Evolution, is a mobile broadband technology that provides users with maximum download speeds of up 320 Mbps and maximum upload speeds of 86.4 Mbps. Also, it has a higher spectrum bandwidth than HSPA+, it supports two hundred users per 5MHz of active cell and it also provides data access at distances of 1 kilometer (0.62 miles) in city areas, 5 kilometers (3.1 miles) in other urban areas, and up to and even more than 30 kilometers (18.6 miles) in rural areas. The first commercial LTE network was deployed in December 2009 in Sweden and Norway, and since then there have been more than 20 new LTE networks that are up and running all over the world.

When it comes to the benefits of the LTE Technologies, it can be said that there are plenty although we can not focus on all of them in this article. Here is a list of the most important ones that I think worth mentioning:

  • Cost-efficiency – The simple architecture involved in this technology helps in reducing its costs. When it comes to operator’s equipment, its cost is also lowered thanks to the OFDM (Orthogonal Frequency Division Multiplex) technology.
  • Flexibility – This technology is able to work at multiple frequency bands, and it has scalable bandwidth. What this means is that the operator is able to set it at any frequency they need, making it very usable. The amount of bandwidth in this type of system can be set to anywhere from 1.25 to 20 MHz.
  • Usability – This network system is very usable as it can be tailored to particular spectrum resources, which is much more practical and easier than doing it the other way around.

In a nutshell, the LTE provides very high data download and data upload speeds; it operates in FDD and TDD modes; it offers scalable bandwidth; it features a large increase in spectral efficiency when compared to HSPA Release 6; and it features a latency of 10 ms of round-trip time between the user and the base, and less than 100 ms from inactive state to active state. Taking all of this into consideration, it can be seen that 3GPP Long Term Evolution is an important thechnology in the market.

“Atom Economy” in Green Chemical Technology

Green chemical technology refers to techniques which can be used to prevent environmental pollution from the source of development on the basis of green chemistry. It is known to all that most of chemical techniques at present were invented nearly 20 years ago which has some shortcomings. In addition, the processing cost at that time mainly included the fees of raw materials, energy consumption and labors. However, chemical industry has discharged too many venomous matters to the air, water and earth. Therefore, the processing cost should contain the fees to the control, and treatment of the wastes and to conduct environmental monitoring and so on. So it is necessary to improve the conventional chemical technology and to develop green chemical industry. Among these reformed technologies, “atom economy” reaction is the optimal one. “Atom economy” reaction is to converse each atom into products without any wastes or secondary products which can realize “zero transmission” of the wastes. At the same time, “atom economy” reaction refuses venomous raw materials, catalysts and solvents and produces environmental-friendly products.

“Atom economy” refers to the percentage of atoms in raw materials conversed into products. The ideal atom economy reaction is to converse each atom into products without any wastes or secondary products which can realize “zero transmission” of the wastes. Because of large yielding capacity of basic organic raw materials in a large amount, it is quite important to choose atom economy reaction. Some processes of basic organic raw materials production have adopted atom economy reaction, such as the polymerization of ethylene or propylene. In addition, some reactions of other basic organic raw materials productions have conversed from two-step reactions into one-step atom economy reaction. Take the production of ethylene oxide as an example. Nowadays, the production of ethylene oxide has adopted atom economy reaction oxidized directly by ethylene catalyzed by copper.

In recent years, it has been a hot issue to develop new atom economy reaction. For example, EniChem Company takes titanium silicalite catalyst and directly produces cyclohexanone oxime through the reactions of cyclohexanone, ammonia and peroxide, which can basically realize atom economy reaction. The company has made the process industrialized. Although the present atom economy reaction is rather good, it is too complex to separate the former catalyst used in the reactions with the final products. Therefore, there is a wide space to improve the catalysts. In recent years, people pay great attention to the study of water-soluble homogeneous catalyst which has been an important research field. It is relatively easy to separate water-soluble homogeneous catalyst with the products. In addition, with water as solvent, it can avoid to make use of volatile organic solvents. Therefore, the study of water-soluble homogeneous catalyst has already been a hot issue all over the world. A lot of research has already been put on the issue in our country. It can be said that more research from the aspects of environmental protection and technology should be conducted to improve atom economy reaction which has already been used in industries.

 

An Overview On Umpiring & Modern Technology

The introduction of electronics and technology as third umpire or fourth umpire is thought as in invasion to the glory of cricket to some school of thought. But there is another school which feels that the use of technology especially in decisions taken by umpires is just a practical implement of the game to make correct decisions. There had been lots of instances in the past when umpire’s wrong decisions prevented players from making records, scoring good runs and teams losing games. Now with the blend of umpiring and modern technology there is little chance of such mistakes and there would more practical way to take decisions in crucial situations.

In cricket the umpire is actually a symbol of neutral and unbiased decisions that are taken in the game to judge situations. But in many instances the umpires fell from grace and the umpires simply started losing the confidence on the pitch. Therefore the ICC felt that there was need of enhanced role of an impartial electronic umpiring on cameras which would help the umpires take fair decision and also put a practical approach in the game. The ICC is looking forward to the referral system of umpiring in which the electronic umpiring would have more efficacy of electronic umpiring over human umpiring.

Will modern technology improve umpiring system of cricket?

To err is human! There are certain instances in the game when human minds and senses cannot work so quickly and effectively to make correct decisions. The cricket world is basically unhappy with caught behind appeals, LBW outs, close ground caught, run between wicket outs, and others. The modern technology with advanced software and innovative system can help umpires to have a better look at the situation and take correct decisions on the appeals. Therefore umpires must not feel that introduction of such umpiring and modern technology is a way to cut their roles. It is actually a helping hand to them to make the game more practical and fruitful. There won’t be any chances of people and players getting dejected from wrong decisions.

On a sudden appeal the umpire on the on field raises his hand and point the index finger top, indicating the batsman out. But the replay on TVs and other screens show that there is no touch of the ball to bat or handle. When the player sees the replay later on he feels dejected and losses the spirit of the game and the spectators too lose the rhythm of the sport. Wrong decisions have negative impacts on player and people. Therefore there needs to be a fair system where decisions taken are correct and practical. Armoring umpires with modern technology is actually a way to take the game to more spirited level. Thus, modern technology will definitely improve umpiring system.

Summary: The use of technology especially in decisions taken by umpires is just a practical implement of the game to make correct decisions. There had been lots of instances in the past when umpire’s wrong decisions prevented players from making records, scoring good runs and teams losing games. Modern technology will definitely improve umpiring system