What are the business benefits of NFC mobile phone technology

Near Field Communications, or NFC, is a new technology with unlimited applications.

NFC uses RFID technology built in to the latest generation of mobile phones to scan or swipe small RFID tags, which can be placed just about anywhere. Tags can be programmed to trigger different actions when they are swiped by phones.

Many businesses or organisations have field based operations that need managing in real time. NFC technology gives these businesses leading edge management capability.

NFC can be used in a diverse array of industries with mobile staff, mobile assets, or multiple sites and locations. Because NFC technology uses readily available NFC enabled mobile phones and inexpensive tags, it can be applied anywhere, and by any type of field personnel.

The key benefits of NFC technology for businesses with a field based operation include:

1. NFC is Easy to Use

Using NFC technology is so simple, it’s accessible to just about anyone.

All that’s needed to run NFC operations in the field are RFID tags which can be situated in key locations, and NFC-enabled mobile phones.

For field operations staff, using Over-C NFC technology is simplicity itself. Just tough a tag with a phone, and that’s it. An automated NFC management system then does the rest, recording the time and location of staff, and sending them any special information or data they may need on their NFC enabled mobile phone.

2. NFC Improves Communication

NFC is an extremely effective way of improving two way communications between managers and their staff in the field.

Whenever a field operative touches an NFC tag with their mobile phone the operational management team receive an instant and verifiable confirmation of the location of field staff. Field staff can benefit from automated reporting, which saves time and improves accuracy.

3. NFC Enables Real Time Management

NFC technology lets businesses operate and respond in real time.

When an NFC tag is touched by a mobile phone, notification is in seconds, so operations managers always know exactly where their field personnel are, and what they are doing.

NFC allows businesses to streamline the way people work at, and report from, remote locations. It also allows field based personnel to focus on what they do best, whilst managers benefit from greater visibility in field operations.

4. NFC Improves Customer Service

NFC technology actively helps businesses to deliver enhanced customer service.

Data reporting by field operations staff becomes faster, more efficient and more accurate.

Field operations managers can use this real time data to generate customer reports and measure results faster than ever before – and faster than their competitors.

In fact, using NFC technology in a business can give it a commercial edge to help it gain and retain high value clients.

Get Updated With The Current Technology News

Modern-day science and technology are inevitable in their thrust in growth in this generation. All of us is dependent on the amazing advantages of these advancement.

Depending means dependency on the remarkable job of modern technology. It is really important to keep ourselves up to date with the most recent technology news.

The value of being up-to-date with the technology news may end up to become extremely very helpful for you. With the intention to stay focused with the current progress, you must have some of the most reliable and trustworthy technology news channels. Make sure that you’re supplied with the sensible and appropriate news.

One of the most well-known and commonly used information sources include TV shows, tech magazines and the internet. Many websites as well as news centers have been doing their role in keeping their readers and audience updated.

Technology news is for everybody. Plenty of websites are doing this phenomenal job in the most simplified and reader-friendly way. An ideal technology-related site has all updates so that even a newbie can understand.

The other important technology source to get you up-to-date is through several Television programs. There are some shows that showcase the most recent and upcoming gadgets plus a lot more. And yet, the main concern with this source of information is you will be updated only while the TV program goes on air.

This would mean that you will have to make yourself ready on their time schedule. Nonetheless, you may record the programs if you don’t have enough time to view them while they’re broadcasted. You can watch them during your most convenient time to make sure you know the most recent technology news.

Also, you can find a lot of important info from different subscriptions to many appropriate technology publications. The one downside to this is that you will be up to date only once every month. Considering the quickest and full-bodied means technology is beginning to change in the present times. You may be missing many vital information, or perhaps you’ll be getting well-informed a lot later when compared to others around you.

Generally, magazines are a really suitable means to own around you. However, they should not be your main source of information. One of the most frequently used supply of information for fresh and upcoming technology news is the internet.

You can avail useful information and see all the updates right away as they are posted.

Sensata Technologies Introduces Advanced Auto Seat Sensors

Sensata Technologies earlier demonstrated various approaches regarding auto occupant sensing. The demonstration is also aimed at helping engineers design seat belt alert systems that are more precise in order to offer an improved level of consumer safety and convenience.

The company, which was previously called the Sensors & Controls business of Texas Instruments, showed its new pride which is called as the piezo electric sensor. It also flaunted the current Monocrystalline Silicon Strain Gauge (MSG) force sensor. The sensors gave engineers a range of design options and they make new seat belt alert systems more dependable and ‘consumer friendly.’ The sensors also showcase an edge that could boost air bag classification systems.

The new piezo electric sensor is deemed the solution to the traditional weight. The problem occurs when detection systems get confused about differentiating between a person or a heavy object such as a box, bag of groceries, and the like thus creating irritating false seat belt alerts. A piezo electric wire, which is mated to a pad that is easily mounted under the seat cushion to deliver input to an electronic module, senses the frequency response of a human. As such, it can determine the relative position of the passenger.

“Consumers will use seat belt alerts that accurately determine if a passenger is really in the car. A box or laptop bag won’t annoy them anymore because the system thinks it’s a person,” said Michael Mainvielle, the market segment manager at Sensata Technologies.

The Sensata piezo sensor is engineered to be conveniently integrated into a variety of seat structures, including A- or B-surface mounting. It also accommodates all seat covering options including ventilated seats. Additionally, a three-position sensor is made available for rear seats. The sensor also is designed to complement the overall performance of the vehicle without compromising safety and ergonomics. Moreover, auto parts like the airbags, seatbelts and Banks power will be complemented well by the said technology.

Due to the sensor’s ability to correctly measure weight and passenger position, the new technology from the manufacturer is also being considered for use with new Federal Motor Vehicle Safety Standard 208 classification airbag deployment systems. The sensors are expected to provide a single, integrated solution for two significant consumer safety concerns.

The Monocrystalline Silicon Strain Gauge Pressure (MSG) Occupant Weight Sensor (OWS) that uses a silicon MEMS strain gauge element glass bonded to a stainless steel diaphragm. Four MSG sensors could be conveniently mounted within the seat structure to make accurate weight measures for safe airbag deployment and compliance to the FMVSS208. The sensors are available in a wide variety of designs including an axial or flange rigid sensor, a rigid sensor with a Stress Reduction Component (SRC); or an SRC at flange center style. These options from Sensata Technologies offer designers a plethora of styling and mounting flexibility.

Technologies for Web 2.0 Websites

Technologies for Web 2.0 Websites

If someone wants to understand what is Web 2.0 design he must first be familiar with what is the meaning of Web 2.0. Web 2.0 phrase stands for the supposed second generation of the web that focuses on collaboration and sharing of information among users.

What was previously one-way highways of the old web is now replaced by a community-driven world of Web 2.0.

Some of the things related to Web 2.0 include , RSS (really simple syndication) feeds, blogs, social bookmarking websites and the like.

All of them have common factors of having interactivity and communication between the website owner and the visitors, as well as among the visitors themselves.

If you want to have a web 2.0 website, there are several skills you need to get the job done. Some need a high learning curve, meaning that they are easy to learn, while others need more effort in order to be executed properly.

I have listed down some of the skills needed in creating web 2.0 websites.

1. Need a graphics editor

– this is very important when you wish to create graphics for your website. A good graphics editor can do jobs such as simple photo editing to more complex ones such as creating gradient and reflection effects. Photoshop and GIMP are popular graphics editors used by designers. GIMP is good if you cant afford photoshop

2. HTML

– HTML is basic of web designing and it is must for any web designer needs to have. HTML is a markup language, and just like other markup languages, it tells the computer how the graphics and other elements of the page will be displayed. Basic tags are enough to let normal users get by, but knowledge of more specialized tags are needed by those who want to build better websites.

3. CSS

– is short for Cascading Style Sheets. It is also a must for a good web designer. Having a style sheet for a website makes it easier for designers to design a page by assigning values to tags such as those used in paragraphs, lists and the likes. With a style sheet, a style can be easily applied by using a variable on any part of the site.

4. Flash

– is a program used for creating animations, games and entire websites. Knowledge on how to use this is a must among web designers. While the basic commands will be enough for most users, Flash?s ActionScript gives people more control over their creations.

Ashok Arora is CEO of web hosting India company and SEO India company, providing web hosting services and SEO services for last many years.

Bsc Management Sciences At The University Of Southampton

Heres a quick overview of the BSc Management Sciences degree course from the University of Southamptons Management School.

BSc Management Sciences, also known as Operational Research, applies a rational, analytical approach to management, to improve organisational performance.

The decisions associated with management are frequently complex and entail considerable uncertainty, not least because of limited information, time and resources and the motives of different stakeholders.

Using modelling, simulation and other analytical techniques, a management sciences approach can identify alternative strategies and guide practical action.

This BSc Management Sciences degree has been designed to be very flexible, so that you can specialise in your chosen area of interest.

It offers a wide range of options in both mathematical and non-mathematical management sciences.

You will also explore managerial decision-making processes, investigate commonly used management science techniques and assess the means by which people and systems can be managed to improve organisational performance.

In year one there are two optional modules from the School of Management, a language or another approved subject.

In year two there are four optional modules from the School of Management, a language or another approved subject.

In year three there are six optional modules from the School of Management, a language or another approved subject.

As a student on BSc Management Sciences you will be offered high quality tuition based on cutting-edge research.

Your understanding of the subjects covered and your ability to use the knowledge and skills gained will be enhanced through a variety of methods and strategies.

BSc Management Sciences at the University of Southampton now ranks 2nd in the UK, based on the results of the 2008 Research Assessment Exercise.

Southampton was only narrowly beaten by Oxford.

If you would like to learn more about the BSc Management Sciences degree course at the University of Southampton, just go to the Management Schools homepage at www.southampton.ac.uk/management

Svc Technology Revolutionizes Video Conferencing

A newly minted standard, called scalable video coding (SVC), enables video streaming at multiple resolutions, quality levels and bit rates. The ability to scale video performance based on the end point is achieved through this relatively new technology called H.264/SVC (Scalable Video Coding) that not only compresses but also distributes the video stream.

The standard allows us to have layers of encoded video, and if we use intelligent devices, it can allow us do lots of other things as well. To understand the principle behind these intelligent devices, we need to look at how videoconferences usually work.

Today’s videoconferencing relies on fairly unintelligent devices at the edge, and intelligence in the core, which is also called a “mainframe” model. A multi-point conferencing unit receives streams of video from each participant, decodes them, combines them and re-encodes them.

The traditional approach of doing encoding and decoding in the core introduces delay. It also means that users all get the same data stream, rather than one suited to their bandwidth, window size and client. In short, transcoding in the cloud makes for lousy conversations.

The SVC architecture puts more intelligence at the edge and a specialized router in the core. In the new model, the router and each participant’s client work together. They tailor data transmission to each client’s demands. When a client shrinks the size of their video window, the router knows and as a result, sends fewer bits, less frames, or lower-quality video to that client without affecting everyone else. The router isn’t busy encoding, merging and decoding streams, but it knows about processing, window size and bandwidth, which it can adjust dynamically throughout the call.

The standard tells us how to decode. The method used to encode is a lot harder and is considered the secret sauce. The router is usually a 1RU, Linux-based quad-core computer that handles up to hundred-way conferences. It is usually sold as a subscription model for about $1,000 per HD port per year, which is cheaper than the traditionally capital-intensive spending around video conferencing. Video gateways that let “legacy” video conferencing hardware work with the new standard are also available in the market.

This technology allows us to get live, four-way web-based conferencing in which each participant may have different local settings from a high-definition video at 60 frames per second to a consumer-grade VGA connection to a notebook camera. And the best part is that a typical broadband connection will suffice for end users.

Volcano Science Projectextreme

Everyone has heard of the classic volcano science project using vinegar, baking soda, and a little bit of red food coloring. This little experiment, however, is a little more extreme, and a little more realistic (do not worry, it is not actually dangerous!). This guide will teach you how to create a volcano project that really erupts with some force.
Unfortunately, the fake lava is not going to be quite so realistically red, but sometimes compromise means sacrifices! Here we go:
Gather your building supplies. For this project, you are going to need to start with a volcano. A prepackaged paper mache kit is recommended. Next, you need a two-liter bottle of diet cola. Use your paper mache kit to build a mountainous, volcanic structure around the bottle, leaving a hole at the top large enough to facilitate opening the soda bottle. Give your paper mache plenty of time to dry before you attempt the next step, or else you will end up with a sticky mess on your hands.
Paint your volcano. This is where you can get pretty creative, even though most volcanic mountains look pretty much the same. You can go for the standard black and brown color of rocks and dirt, or you can get a little artsy. Why not make a tie-dye themed volcano? It is just a science experiment, and science should be fun! After applying your paint, make sure that it is completely dry before you begin the next stage: Explosion!
Now it is time to add the trigger to the equation. Go to your local convenience store and buy a roll of mint Mentos. It is very important that you buy these in particular, as nothing else will work correctly.
Ready your presentation in a clear, outdoor space (trust me; you do not want this volcano erupting indoors!). Carefully take the cap off your diet cola, which, if you have followed directions, should be housed securely in your paper mache volcano. Commence with a dramatic countdown, and at its conclusion, drop a couple of the Mentos into the cola.
ERUPTION!
This is a fun experiment to do at school or at home, but if you are planning to attempt it, there are a few safety precautions to take. The reaction of the cola to the mints is very strong, and you definitely do not want to put your face near the opening of the soda bottle for the initial eruption. It is recommended that you wear goggles or some type of protective eyewear if you are going to be the one tossing the mints in the soda. Other than that, enjoy the spectacle!

Compete With Science Fair Engineering Projects

Science Fair Engineering Projects

Human beings have always had the need to move things, build things and adjust the physical characteristics of their environments. Since humanity started gathering in communities and staying rooted in specific geographic areas, these challenges have presented themselves in the daily lives of people. Science fair engineering projects have some of the richest history of any of the subjects covered at these events. The first theories for the subjects addressed by science fair engineering projects date back thousands of years. Some of the greatest minds of history have applied their skills to refining and evolving this particular area of science. Students who choose science fair engineering projects to research are joining these great thinkers in evaluating the needs of humanity.

There are several subcategories to explore with science fair engineering projects. One of the oldest of these subcategories is civil engineering. Students can demonstrate this ancient science in their science fair engineering projects through presentations about the nature of building structures. We all travel over bridges and go into buildings without much thought about the science involved in their construction. Students who choose science fair engineering projects can demonstrate the underlying mechanical principles utilized for construction and safety. Other students may take the approach of automotive engineering in their science fair engineering projects. These students are the ones who will be interested in robotics and other highly technical fields of study.

Science fair engineering projects are also likely to include presentations in the area of chemical engineering. These students have an interest in chemistry as it applies to the creation and adjustment of known elements and interactions at the microscopic levels. Additionally, there will be students who demonstrate science fair engineering projects on the relatively new topic of computer engineering. This field is in its infancy compared to the other fields of engineering. This gives the current students a wide range of opportunity to explore and discovery new uses for the developing field. Many students will also use a combination of these disciplines to create new and innovative ways to use the established principles in order to make new inventions. An example of this combination of principles is the large windmills on turbine farms that are now generating electricity in a carbon free environment.

Life Science Science Fair Project

Life Science Science Fair Project

One of the challenges faced by students who want to participate in the school science fair is how to choose a topic. There are not many aspects of life that do not have to do with science in some form or fashion. Even the topic of fashion is related to the chemistry field in the production of makeup and clothing! Perhaps the first step is to make a list of the things students are interested in. These can be activities or hobbies or objects around them in their every day life. The next step would be to evaluate this list using the eyes of science. For example, if a sporting event in one the list this would fall into a biology category or a physics category. If the list included art of music, then the relationship would again be biology in the characteristics of human senses or the applied science of what makes musical notes sound different according to their individual wavelengths. Once the list is evaluated have the student decide if they should pursue a physical science or life science science fair project. Many of the items on the list will fall into one category of the other.

This process of determining if a student wants to pursue a physical science or life science science fair project will help them narrow the field of topics. By encouraging them to make the list and evaluate it, you have already invested them in the decision. This is a much better strategy that having the teacher choose, or worse yet assign, the topics. One student may have no interest in sports and another may have no interest in plant life. This way they are already interested in the physical science of life science science fair project before the work even begins.

Once the students have chosen between the large categories of a physical science or life science science fair project, the next step may involve a couple of student and teacher meetings. The teacher should be able to guide and suggest ways of perceiving their chosen topic that will inspire ideas for the student. Again, it is important to let the student make the bigger decisions with the teacher acting only as a guide. This way they will be interested in the project from beginning to end.

Advanced Muscle Science

Advanced Muscle Science is into manufacturing and marketing the most advanced and state of the art nutritional supplements and targets the sport nutrition industry. They use cutting edge technology and advanced scientific methods to develop some of the best supplements that are available today in the market. The production standards are extremely high and the manufacturing facilities adhere to international quality standards followed by recognized pharmaceutical companies.

Advanced Muscle Science has been in the business for over two decades now and is one of the most reputed and respected brands in the sport nutrition industry. Their long-term research has led to some innovative and revolutionary products that have changed the dynamics of the sport nutrition industry.

Advanced Muscle Science has also believed in making products that are legal and at the same time effective, thus proving to be a responsible organization which values the trust of its customers.

Some of the pioneering products of Advanced Muscle Science are Liquidrone UTT, Dienedrone, Proto-Plasma, HyperTrop-X, HyperPump, 4-AD UTT, 1-Androsterone UTT, and Arom-X UTT.

Advanced Muscle Science and Bodybuilding

It has been a well known fact that to really be successful as a professional bodybuilder one needs to add supplements to the diet. It is important to have a healthy and balanced diet. But it is equally important to have regular intake of supplements that help you to develop muscle mass quickly and effectively. There are thousands of bodybuilding supplements in the market to choose from. And as we all know, the more the choice the harder it is to choose. This is exactly where Advanced Muscle Science steps in. If you choose a product of theirs, you can be certain that you have opted for the best that is available in the market.

Advanced Muscle Science specializes in bodybuilding supplements and has on offer a whole range of products that they manufacture and market. Their products range from prohormones including 1-Andro, 4-AD, DecaVol, and Dienedrone to pre-workout supplements such as Hypertrop-X and Hyper Pump, and from supplements that aid in sleep and muscle repair like Nocturnabol to portable protein supplements such as Proto Plasma. The range is endless, the products some of the best on offer. Since Advanced Muscle Science adhere to the highest quality standards and since the results are exceptional, most professional bodybuilders rely on their products.

There is always the option, and often the temptation to go for the cheap and discounted bodybuilding supplements. But one should understand that the best products come for a price, and it is a price worth paying. Advanced Muscle Science never compromises on quality and when you are dealing with your own body you would want something that you can trust. Advance Muscle Science and their products could be easily relied on.