Question by Ross F: Next future generation touchscreen portables – what features do YOU want to see?
So I’ve been looking at where to go next in the field of ultra portability and devices with alternative inputs(than the tradition mouse cursor).
In other words, what would YOU want to see come in the future of ultra-portable laptops, phones, or other devices?
How can they be made better than as they are today?
My key questions are :
1. What do you expect hardware-wise? (like the specs, the feel, external stuff, etc.)
2. What do you expect software-wise? (like how you want a mobile OS to work)
4. How can mobile computing work better than it does now? What options could we add on to?
5. What other features or goodies do you want to see being put into these devices?
I’m asking these, because I’m part of a research company to help find what should be in next generation computing for several companies. Nobody specific.
Best answer:
Answer by oxnerd a locator or something to find what is most important to you, like a gps but for more specific things
Give your answer to this question below!
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It’s in magazines and newspapers, it’s on television and radio, it’s on buses and billboards and pretty much everywhere you look. The iPad is thetouchscreen tablet from Apple, representing the next generation of mobile computing. Packed with dozens of new features, the iOS 3.2 SDK enables you to build sophisticated, desktop-quality apps for this exciting new platform. Every iPhone and iPod touch app developer looking to take the next step and move into the iPad arena will want to read this book from cover to cover. Beginning iPad Development for iPhone Developers: Mastering the iPad SDK has all the answers, and you’ll find them presented with the same easy-to-follow style and thorough coverage you’ve come to expect from titles like Beginning iPhone 3 Development—everything an aspiring iPad developer needs to know to create great apps.Best-selling authors Jack Nutting, Dave Wooldridge, and Dave Mark show iPhone developers how to master all of the iPad-exclusive frameworks and features, which are explained, demonstrated in action, and put through their paces in this comprehensive programming guide. You’ll get a detailed understanding of the new feature set and gain every possible advantage in the iTunes App Store. What you’ll learn How to design app interfaces optimized for the iPad by taking advantage of new UIKit features such as Popovers, Split View Controllers, and new Modal Views. How to utilize new graphics functionality, Core Text, Document Sharing, and advanced input methods to build powerful productivity solutions. How to embrace the iPad’s superior media capabilities with its new video and display options. How to convert an existing iPhone project into a stand-alone iPad app or a Universal app for both iPhone and iPad users. Who this book is for This book is for all
Pervasive Computing Technology: A Glimpse of the Next Generation Computer
Article by Mazliza Othman
What is pervasive computing? It all started in 1991 when Mark Weiser envisioned the next generation computer that weaves themselves into their environment. The next generation computers make themselves invisible and intuitive to use. Computers disappear into the background. If you’re a Star Trek fan, think of the computers in this science fiction series, and you’ll get the idea.
The term coined by Weiser, ubiquitous computing, is now synonymous to pervasive computing.
Computers as they exist today do not integrate themselves into our environment. You’re aware of the fact that you’re using a computer. The PC sits on top of your desk. You carry a laptop or pocket PC around. You need to acquire certain skills in order to use them, e.g. if you want to use a spreadsheet, you have to learn to use it.
Weiser envisioned an environment where computers are integrated into the environment in such a way that users are not even aware of the computers, or that they’re using one. The computers disappear and become unobtrusive.
To illustrate the point, Weiser and his colleagues invented 3 types of devices: a tab, a pad and a board. The devices have no individualized association in they way that you associate a PC or laptop to a particular user, e.g. you can grab a tab and use it without having to figure out how you’re going to configure or personalize it to your needs. A tab is a handheld device and can be easily carried around. You can use it to access your email, chat, or to pop up a reminder for you to ask a colleague to confirm next week’s seminar if you run into him in the hallway. You’d have dozens of this in your environment.
A pad is kind of a digital version of a paper. You can spread it on your desk in the same way you spread papers on your desk.
The digital board replaces today’s whiteboard. When a group of people gather in a room, the system detects that they belong to a project group and automatically downloads the previous discussion points on the board. You can write on the board using a digital pen while sitting a few meters away from it – just point and write.
Pervasive computing integrates computers and a smart environment, and blends them into the background. This technology is changing the way we work, live, and interact with each other.
Let’s look at a few more examples of applications of this technology.
Cowboys on horsebacks herding cattle might one day become a feature of a bygone era as the introduction of virtual fences allows farmers to herd their cattle from the comfort of their homes. The virtual fence is downloaded to the cows by transmitting GPS coordinates to head-collars worn by the cows. The dynamic virtual fences are moved along desired trajectories. The collars are equipped with a Wi-Fi networking card, a Zaurus PDA, an eTrex GPS unit and a loudspeaker that transmits occurring sounds (for example, roaring tigers, barking dogs) when a cow strays from the intended path. This multi-disciplinary project, the brain child of a biologist, is made possible in collaboration with computer scientists.
Sensor technology can potentially play an important role in search and rescue operations by first responders, i.e. emergency personnel, such as firemen, paramedic, and police, who arrive at the scene immediately after an event (e.g. a fire, an earthquake, a building collapse) occurs.
Firemen wear tags to allow easy tracking of their movement in order to coordinate search and rescue operations more effectively. The firemen can be informed if a particular section of a building is found to be unstable and is about to collapse, and is directed to evacuate it immediately. A wireless vital sign monitor is attached to victims found trapped so that their condition can be monitored in order to ensure that they receive the appropriate medical attention as soon as they are rescued.
This non-invasive sensor monitors vital signs such as heart rate, oxygen saturation and serum chemistry measurements. The vital sign monitor helps the paramedic team determine which victims are in more critical conditions so that they can prioritize medical attention to more severely injured victims. The application and architecture required to support this emergency response application is being developed under the CodeBlue project at Harvard University, USA.
Wireless technology is also used in healthcare. The Arrhythmia Monitoring System (AMS) is a medical telemetry (telemedicine) system that makes use of wireless technology to monitor patients suffering from arrhythmia. Among the complications that arise from arrhythmia are the loss of regular heartbeat and subsequent loss of function, and rapid heartbeats.
AMS provides a means for healthcare professionals to continuously monitor a patient’s electrical cardiac rhythms remotely even though the patient is not at the hospital. This technology allows patients to be in the comfort of their homes without jeopardizing their health. It is also useful for monitoring the heart functions of astronauts who are more susceptible to cardiac dysrhythmias when in space.
Windows Azure is Microsoft’s next-generation cloud-computing operating system and is designed to provide companies with new business opportunities as they migrate toward hosted services.Introducing Microsoft Azure provides all the information developers need to get started with this technology and apply it across a range of situations. Presented in a clear, concise manner, this book provides a carefully measured learning curve for surmounting the architectural and coding challenges that need to be faced when building a well-balanced Windows Azure service. What you’ll learn Understand the critical concepts of Azure, such as data storage and retrieval, .NET Services, and SQL Azure Learn to write Azure code and architect cloud-based solutions Gain a comprehensive understanding of cloud computing and how the hosted architecture will impact the way organizations host, deploy, and maintain their solutions Integrate .NET Services and SQL Azure into existing applications to increase their functionality Understand how Azure can be leveraged to solve a variety of programming tasks through extensive exercises and recipes Who this book is for Introducing Windows Azure is for .NET architects and developers who want to learn how to provide business solutions based on the Microsoft Azure Services platform. Software as a Service (SaaS), a major trend in the computing industry, will grow exponentially in the coming years. This is a book that every developer should have on their bookshelf. Table of Contents Create Cloud Table Storage Access Cloud Table Storage Working with Cloud Queue and Blob Storage Windows Azure Application Integration Using WCF Azure .NET Services Access Control Azure .NET Services Service Bus Azure .NET ServicesWorkflows SQL Azure Deploy Applications
Barnsley, South Yorkshire, UK (PRWEB UK) 20 February 2012
Roketix Ltd, is to help public sector bodies such as councils and government departments make the most of new ?cloud? technologies.
Cloud computing is relatively new but is set to revolutionise IT and working practices. Instead of hosting applications on one server, they will be hosted in ?the cloud? ? a collection of computers and servers that can be accessed via the internet or private network for sharing files and applications. This will be great for the public sector and will save money on buying individually generated applications for personal desktops.
IT expert Paul Kelsall, from Roketix, is delighted to have won a place on the government?s delivery framework. ?Cloud computing is tremendously innovative and offers businesses a great opportunity to streamline their work, become more mobile and save money,? said Paul, who has also migrated several media and digital businesses in Yorkshire to cloud computing. ?The public sector is embracing cloud computing which means huge savings for the tax payer. I?m delighted that Roketix has a part to play in this cost saving technological change.?
G-Cloud contracts with suppliers like Roketix are being signed at 10 per cent of the price that other departments currently pay – having the potential to save millions of pounds.Cloud computing also means users only buy the services they need. The public sector can pay for what they use rather than paying a huge subscription fee. G-Cloud also enables businesses to run smoothly and share files in a safe and open environment without being stuck with long contracts.
“Stop leaving your window wide open and turning a blind eye to money blowing away”“Why Going Mobile Is The Next WebsiteTrend Smart Marketers Are Quietly KeepingUnder Their Hats!”Dear Online Entrepreneur, Last year was a ground-breaking year in the world of cyberspace, and it’s going to affect each and every one of us.You see, last year, for the first time, the rise in mobile phone usage exceeded the growth of personal computing.What this means, to you and me, is that people are abandoning their PC’s because they’ve discovered they can do just about everything they need to on their mobile devices.Including access – and use – the internet. And all their favorite mobile-ready sites.And it all boils down to this simple fact…Those whose businesses are mobile-ready and optimized are going to become the new online business leaders of this coming decade.And those who choose to ignore it are going to be left behind.I’ve never been more serious. The writing really is on the wall. In big, bold letters… for those who are smart enough to stop and read the words.It Used to be thatInternet Marketers could Pick and Choose…But Not Any More!Until recently, if you chose to ignore a trend you weren’t comfortable with, sure, you lost a few opportunities but it didn’t affect your overall financial performance enough to really hurt. (Well, maybe it did… but you convinced yourself it was a choice you could be comfortable with.)Mobile marketing is not going to be something you can ignore… without paying a hefty price.Dismiss it, and you can expect to watch others: * Surge past you to take over the lead roles * Become the authority figures for the new generation * Take a
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Hacking: The Next Generation (Animal Guide) With the advent of rich Internet applications, the explosion of social media, and the increased use of powerful cloud computing in…
This in-depth technical guide is an essential resource for anyone involved in the development of “smart” mobile wireless technology, including devices, infrastructure, and applications. Written by researchers active in both academic and industry settings, it offers both a big-picture introduction to the topic and detailed insights into the technical details underlying all of the key trends. Smart Phone and Next-Generation Mobile Computing shows you how the field has evolved, its real and potenti
Peer-to-peer computing has gained significant attention from both industry and research communities in the past decade as the number of users worldwide continues to grow along with demand for mobile computing.Mobile Peer-to-Peer Computing for Next Generation Distributed Environments: Advancing Conceptual and Algorithmic Applications focuses on current research and innovation in mobile and wireless technologies that address challenges from both a theoretical and applied perspective. This advanced
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Smart Phone and Next-Generation Mobile Computing NEW
Pervasive Computing Technology: A Glimpse of the Next Generation Computer
Article by Mazliza Othman
What is pervasive computing? It all started in 1991 when Mark Weiser envisioned the next generation computer that weaves themselves into their environment. The next generation computers make themselves invisible and intuitive to use. Computers disappear into the background. If you’re a Star Trek fan, think of the computers in this science fiction series, and you’ll get the idea.
The term coined by Weiser, ubiquitous computing, is now synonymous to pervasive computing.
Computers as they exist today do not integrate themselves into our environment. You’re aware of the fact that you’re using a computer. The PC sits on top of your desk. You carry a laptop or pocket PC around. You need to acquire certain skills in order to use them, e.g. if you want to use a spreadsheet, you have to learn to use it.
Weiser envisioned an environment where computers are integrated into the environment in such a way that users are not even aware of the computers, or that they’re using one. The computers disappear and become unobtrusive.
To illustrate the point, Weiser and his colleagues invented 3 types of devices: a tab, a pad and a board. The devices have no individualized association in they way that you associate a PC or laptop to a particular user, e.g. you can grab a tab and use it without having to figure out how you’re going to configure or personalize it to your needs. A tab is a handheld device and can be easily carried around. You can use it to access your email, chat, or to pop up a reminder for you to ask a colleague to confirm next week’s seminar if you run into him in the hallway. You’d have dozens of this in your environment.
A pad is kind of a digital version of a paper. You can spread it on your desk in the same way you spread papers on your desk.
The digital board replaces today’s whiteboard. When a group of people gather in a room, the system detects that they belong to a project group and automatically downloads the previous discussion points on the board. You can write on the board using a digital pen while sitting a few meters away from it – just point and write.
Pervasive computing integrates computers and a smart environment, and blends them into the background. This technology is changing the way we work, live, and interact with each other.
Let’s look at a few more examples of applications of this technology.
Cowboys on horsebacks herding cattle might one day become a feature of a bygone era as the introduction of virtual fences allows farmers to herd their cattle from the comfort of their homes. The virtual fence is downloaded to the cows by transmitting GPS coordinates to head-collars worn by the cows. The dynamic virtual fences are moved along desired trajectories. The collars are equipped with a Wi-Fi networking card, a Zaurus PDA, an eTrex GPS unit and a loudspeaker that transmits occurring sounds (for example, roaring tigers, barking dogs) when a cow strays from the intended path. This multi-disciplinary project, the brain child of a biologist, is made possible in collaboration with computer scientists.
Sensor technology can potentially play an important role in search and rescue operations by first responders, i.e. emergency personnel, such as firemen, paramedic, and police, who arrive at the scene immediately after an event (e.g. a fire, an earthquake, a building collapse) occurs.
Firemen wear tags to allow easy tracking of their movement in order to coordinate search and rescue operations more effectively. The firemen can be informed if a particular section of a building is found to be unstable and is about to collapse, and is directed to evacuate it immediately. A wireless vital sign monitor is attached to victims found trapped so that their condition can be monitored in order to ensure that they receive the appropriate medical attention as soon as they are rescued.
This non-invasive sensor monitors vital signs such as heart rate, oxygen saturation and serum chemistry measurements. The vital sign monitor helps the paramedic team determine which victims are in more critical conditions so that they can prioritize medical attention to more severely injured victims. The application and architecture required to support this emergency response application is being developed under the CodeBlue project at Harvard University, USA.
Wireless technology is also used in healthcare. The Arrhythmia Monitoring System (AMS) is a medical telemetry (telemedicine) system that makes use of wireless technology to monitor patients suffering from arrhythmia. Among the complications that arise from arrhythmia are the loss of regular heartbeat and subsequent loss of function, and rapid heartbeats.
AMS provides a means for healthcare professionals to continuously monitor a patient’s electrical cardiac rhythms remotely even though the patient is not at the hospital. This technology allows patients to be in the comfort of their homes without jeopardizing their health. It is also useful for monitoring the heart functions of astronauts who are more susceptible to cardiac dysrhythmias when in space.
Tablet PCs would be a great toy for your kids to let them have fun and also learn something. But normal tablet PCs are too large and heavy for their vulnerable arms. Now, there?s a TCL tablet pcthat specially designed for children. Check it out!
Most tablet PCs on the market are designed for adults, which means long-term using might harm children’ wrist. TCL is Only 0.4inch of the thickest part with Weight 320g, lighter than iPad. ,kids might forget they are holding it!
Maybe you would worry about the build quality. Well, as a professional manufacturer, TCL has anticipated the tablet would be dropped constantly so they paid extra attention to the build quality.
So don?t you worry about its collapse in a dropping. Besides, even if it does break off, there?re no small parts for your kids to swallow. Yes, the whole tablet pc is one piece; you can find there is NO Screws at all!
Besides, this TCL tablet is built with 7 inch capacitive touch screen which means your kids can enjoy everything with their fingertips. You can play some cartoons like Spongy Bob when they are bored. And you can download a doodle app on the tablet and let your kids draw whatever they want on the tablet with their fingers, it?s just like drawing on a piece of paper, only safer. You don?t need to worry that they may get hurt by the pen or swallow the paper. Doesn?t that sound just awesome!
For bigger kids, we preinstalled some ebooks like Harry Potter to cultivate their learning and reading ability.
And there?re also some educational games to develop their IQ and keep them occupied. Picture this: you are in a car trip with your kids, and they can?t stop screaming and fighting with each other in the car which also affects your driving. So how to make them sitting quietly in the seats? Easy, just give them the tablet and play their favorite cartoons. The battery can last 3 to 5 hours video time.
Moreover, this tablet is great for teenagers. It is built with Android 2.1 OS and WiFi and 3G functions, which means it is much portable than PCs. And the configurations are not so great as PCs? which means they can use search all the information they need with it, but they cannot play some series games with it. So you don?t need to worry about they being indulged in some games and left back in studying.
Hehe is an editor of wholesale electronics and cool gadgets website. In his 18, he began to be involved in business area and study how to be a great businessman by himself. Now, he is a marketing expert.
University Intern, Software EngineerSeattle, WA Menlo Park, CA Want to create products that more than 750 million people around the world use? Want to build new features and improve existing products like Images, Video, Places, NewsFeed, Search, Mobile and Messaging? Want to solve unique, large-scale, highly complex technical problems? Our development cycle is extremely fast, and we’ve built tools to keep it that way. It’s common to write code and have it running live on the site just a few days later. This comes as a pleasant surprise to engineers who have worked at other companies where code takes months or years to see the light of day. If you work for us, you will make an impact, immediately. Facebook is seeking interns/co-ops to join our engineering team.
