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www.havelian.com.pk@gmail.com (Ali) — Sun, 23 May 2021 05:49:00 +0000

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iphone 7 and 7 plus or Iphone 6c 6c plus

www.havelian.com.pk@gmail.com (Ali) — Mon, 08 Jun 2015 13:59:00 +0000

Some of you might be thinking, isn't it going to be called the iPhone 6S next? After all, Apple has released an iPhone 3G, iPhone 3GS, iPhone 4, iPhone 4S, iPhone 5,iPhone 5S and now iPhone 6 (alongside the iPhone 6 Plus). So if history repeats itself, it's likely that the next iPhone will be called the iPhone 6S rather than the iPhone 7. See also: iPhone 5S vs iPhone 6 comparison

However, Apple has surprised us somewhat over the past two years, releasing aniPhone 5C alongside the iPhone 5S in 2013, and an iPhone 6 Plus alongside the iPhone 6 in 2014. We're wondering whether Apple might soon decide to ditch the numbers completely and stick with iPhone, iPhone Plus and iPhone C, perhaps. Or, simply ditch the 'S' models and launch an iPhone 7.

In fact, reports that emerged in mid April suggest that the next iPhone is going to be so significantly different to and better than the iPhone 6 that Apple has decided the iPhone 6S name doesn't fit, and instead will launch an iPhone 7 this autumn.

No one knows for sure yet though, so you'll see both terms used within this article, although primarily iPhone 7 to keep things simple.

Those aforementioned reports come from well-respected and previously accurate analyst Ming-Chi Kuo from KGI Securities, who says that the biggest difference between Apple's iPhone 6 and the next iPhone is that it'll have a Force Touch display. Apple currently uses Force Touch in the Apple Watch and its new MacBook, but Kuo thinks it'll use different technology that, instead of actually measuring the pressure that you put on the screen to determine whether you're tapping or pressing, will detect the contact area of your finger to make the distinction.

After some reports that suggested Force Touch would only come to the display of the larger iPhone this year, new claims from Economic Daily News say that both will get the technology after all. That's according to a supply chain source, who says that Apple had originally planned to limit Force Touch to the 5.5in iPhone before settling on the final decision to implement it in both.

These reports have led to the creation of an iPhone concept showing what Force Touch could look like.

iPhone 7 rumours: Touch ID display

Another rumour that was sparked by an Apple patent is that the iPhone 7's Touch ID fingerprint sensor, which is usually situated beneath the Home button, could be built-in to the entire display, eliminating the need for a Home button and making room for a larger display without enlarging the overall size of the smartphone.

iPhone 7 rumours: Camera

One of the biggest areas of improvement for the iPhone 7 could be the camera. Rumours that emerged in November 2014 suggested that the camera will represent the biggest camera jump in the history of the iPhone, with a two-lens system that could capture "DSLR-quality imagery," according to Daring Fireball's John Gruber.

Rumour has it the iPhone 7 camera could be up to 21-megapixels but more likely is a jump to 12Mp, according to Kevin Wang, IHS Technology Research Director in China. But the catch is that the pixels will be smaller which may mean a drop in low light performance.

More recently, those rumours have been cemented by sources in the hardware supply chain. A dual-lens camera would allow the iPhone 7 to include optical zoom capabilities and improve low-light photography.

In May, further rumours about the iPhone 7's camera emerged, claiming that the new camera will be 12Mp and will indeed represent the biggest camera boost in iPhone history.

iPhone 7 rumours: Software

We're expecting the iPhone 7 to ship with iOS 9 installed. Apple has yet to unveil iOS 9, but is expected to do so on 8 June at its WWDC 2015 event.

iOS 9's new features could give us some clues about new features that might come in the iPhone 7 later in the year, so we'll be updating this article with information as soon as it emerges.

You can follow our live blog of WWDC 2015 and find out more about what to expect here.

Looking back over the recent history of Apple's iPhone launches, it's likely that the iPhone 7 will be unveiled at a special event in September 2015. It will be a little while until invites are sent out, though.

Our current prediction is 8 September. Why? Well, it's a complete guess, but it's an informed one. The iPhone 6 and iPhone 6 Plus were unveiled on 9 September, iPhone 5C and iPhone 5S were unveiled on 10 September, and iPhone 5 was on 12 September. Apple goes for Tuesday or Wednesday launches (more often Tuesdays) so Tuesday 8 September 2015 is our iPhone 7 prediction.

However, the most recent rumours to hit the web suggest that the iPhone 7 could actually arrive in August, a few weeks earlier than expected. The Economic Daily News has cited supply-chain sources who allegedly say that the iPhone 7 is in production already, and will launch a month earlier than we first thought.

We're taking this rumour with a pinch of salt for now, unless any further evidence emerges. And of course, if it does we'll update you right here.

The unveiling of iOS 9 and the launch of the developer preview on 8 June at WWDC 2015 could offer some further clues to the features we can expect in the next iPhone model. Find out more about what to expect from iOS 9 here.

The iPhone 7 will have a faster processor, probably names the A9, joined by an M9 co-processor. It could boast camera improvements (although analysts say it won't), as well as better battery life and new features such as wireless charging.

Interestingly, it's rumoured that Apple will finally up the iPhones RAM complement, with 2GB LPDDR4 memory.

It's believed that Samsung is the main supplier of Apple's A9 processor, and that they're being manufactured using a new 14-nanometer process, helping make them smaller, more efficient and more powerful.

The iPhone 6 and iPhone 6 Plus represent a big design change from their predecessor, the iPhone 5S, so it's likely that Apple won't make such significant design changes to the next generation of iPhone. Traditionally, with Apple's 'S' models, the design is almost identical to the previous iPhone's design.

So, we can expect the iPhone 7 to have a 4.7in screen (and the iPhone 7 Plus should Apple decide to launch one to have a 5.5in display), a rounded, aluminium chassis and a very slim profile. It's also likely that it'll be available in Silver, Gold and Slate Grey.

Apple could make the iPhone 7 lighter, though, thanks to the use of the stronger sapphire glass and more durable liquidmetal materials, both of which Apple is believed to be working with. Stronger materials mean Apple could use less metal and glass in the device, making lighter overall.

One design rumour we've been hearing recently is that Apple may decide to introduce a fourth colour option, this one with a rose gold finish like the Apple Watch Edition. Those rumours came from The Wall Street Journal, and designer Martin Hajek quickly came up with realistic concept images to show what a rose gold iPhone 7 might look like.

iPhone 7 design rumours: Liquidmetal chassis

www.havelian.com.pk@gmail.com (Ali) — Mon, 08 Jun 2015 13:55:00 +0000

Liquidmetal is also said to be under consideration as a material for the chassis, because it's more durable than aluminium: a smaller quantity of this material can be used to achieve the same degree of strength as the metal used for Apple's current iPhones. This would enable Apple to keep the bigger iPhone light and thin, despite the bigger screen.

(Device strength may be on Apple's mind right now, following the'Bendgate' controversy that afflicted the iPhone 6 Plus.)

Plus, removing the bezels in the bigger iPhone to create an edge-to-edge display would mean Apple could introduce a bigger display without the need to increase the overall size of the iPhone too much.

It's also possible that Apple will bring some other elements of the technology used in the Apple Watch to the iPhone 7. For example, the Apple Watch's display can detect finger pressure, so the iPhone 7's display (or perhaps just a portion of it) could be capable of doing the same.

iPhone 7 concept illustrations

www.havelian.com.pk@gmail.com (Ali) — Mon, 08 Jun 2015 13:52:00 +0000

First up is a truly remarkable set of designs that take a key element of theApple Watch design - the digital crown control - and transplants it on to the side of the iPhone 7. It's really far out there, in terms of plausibility, but a fascinating imaginative leap. What do you reckon?

iPhone 7 rumours: What is the iPhone 7........

www.havelian.com.pk@gmail.com (Ali) — Mon, 08 Jun 2015 13:45:00 +0000

Sorry if that sounds obvious, but it's not as simple a question as it sounds. The iPhone 7 isn't the seventh iPhone (the iPhone 6 and 6 Plus were the ninth and tenth iPhones respectively, so that ship sailed a long time ago) but it's what we are for convenience calling Apple's next large-screen (phablet-form) iPhone launch.

At the moment Apple sells iPhones in three sizes: with 4-inch screens (theiPhone 5c and iPhone 5s); with a 4.7-inch screen (the iPhone 6) and with a 5.5-inch screen (the iPhone 6 Plus). We're currently working on the basis that Apple will make at least one new model in all three sizes, and for now we're choosing to call those theoretical devices iPhone 6c, iPhone 6s and iPhone 7.

Iphone 7 (iPhone 7 release date rumors, new features and images: 'dynamic' gesture-based Home button)

www.havelian.com.pk@gmail.com (Ali) — Mon, 08 Jun 2015 13:41:00 +0000

When will the iPhone 7 launch, and what new features can we expect in the next iPhone? We round up all the iPhone 7 release date rumors, clues to design changes, and some beautiful images of what the iPhone 7 could look like when it comes out. Here's everything we know (or can guess) about Apple's iPhone 7, including the latest brilliant fan video of the iPhone 7 and rumors of an August launch.

1) Apple will launch a couple of maybe three - in mid-September 2015 (not at WWDC, sadly), much as it does every year. Rumours have floated August for a possible early launch, but we're not convinced by that.
iPhones - probably two,

2) We think this will be a 4.7-inch phone called the iPhone 7, and a 5.5-inch iPhone 7 Plus. If Apple does make another 4-inch iPhone (which, thanks to the success of the larger iPhones, is by no means a certainty) then we think it'll be called something like the iPhone 7 Mini.

3) But this is Apple we're talking about, and consistent naming conventions aren't its strong suit. It could be called the New iPhone Max for all I know.

4) The iPhone 7 won't be a fat phone, but we can't see that the iPhone 6 series phones need to be significantly thinner. At all. We expect roughly the same dimensions as the current generation. Tim Cook will probably be able to boast that it's "the slimmest iPhone ever", but the minor reduction in thickness will be exaggerated by favourable lighting.

5) Battery life may be a little better, but it won't be a lot better. Jony Ive's comments have made it plain that Apple doesn't consider a higher battery life to be worth significant sacrifices in other areas. (And we suspect that, if they're honest, most smartphone buyers would agree.)

6) Higher screen resolution is a possibility - Apple exploded the 'Retina is as sharp as your eyes can see' myth with the iPhone 6 Plus, and the company is playing catchup against many of its rivals in this department. Apple may well apply the pixel density of the iPhone 6 Plus to all the models in the next generation; it could go even higher. And a harder screen material would play well, whether Apple manages to resurrect the sapphire situation or goes with Corning's new Project Phire.

7) We find the rumours of a dual-lens camera offering 'DSLR-like' picture quality highly convincing. The camera is a key area for every new iPhone and this new camera tech would be something Tim Cook could build a launch presentation around. The effects of the LinX acquisition probably won't be felt for another generation of iPhone, but the company's 3D camera sensors should make an appearance in future iPhones.

8) A higher megapixel rating (maybe as high as 12Mp for the rear-facing camera) is also possible - Apple hasn't increased the megapixel rating of its iPhone cameras since the iPhone 4s - but the company is known for worrying less about specs and more about qualititative differences in the user experience.

9) The iPhone 7 could get a USB-C port, like the new 12-inch MacBook, but we think this is unlikely. The change from 30-pin to Lightning is recent enough (and was painful enough for many users) that to switch again now would be highly controversial.

10) And as for the other out-there rumours? 3D screen: no. Curved display: almost certainly not. Curved or flexible iPhone: nope. Edge-to-edge screen: yes, quite possibly. Spring-out gaming joystick in the Home button: definitely not. Wireless charging: maybe, but probably not yet.

Concept smart glove with a projector

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 18:05:00 +0000

By Nasir Mehmood 13-nov-2014

Posted in Concept future, gadgets, HI-tech, Technology future

Here futuristic concept of smart gloves. The device allows you to make calls, take pictures, and browse through the different content built-in projector. All functions are controlled by gestures. Perhaps something like the Hand-Tech glove might become possible in the distant future, but it is immediately not achievable given today’s technology levels. Still, the concept offers a glimpse of what the future might hold and how differently we might do things as compared to how we do them today.

Designer Francesca Barchiesi

Phones of future

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 18:04:00 +0000

By NASIR MEHMOOD 13NOV2014

Posted in Concept future, Green Technology, phone future, product design

Mobile phones of the future
More recently, and the touch screen seemed to be something beyond science fiction, but now who will be surprised by this? Let’s see what new wonders in the field of smartphones has prepare developers and experts predict.
Through the glass
A large number of new products are associated with the use of glass – fully transparent screen or keyboard is completely transparent or in general completely transparent a phone. Glass – it is not the usual,glass special. Is not clear yet whether it will be convenient, but is a dream.

Transformers
Merely to make or receive a call does not need a big screen. And with the little screen send messages inconvenient, navigate the menu (and do not look in road movie). Exit: at the right time of normal size screen flick extracted from the body. At other times phone did not take up too much space in your pocket or purse.
So as you want
Many associate the future of mobile phones with the ability to change shape – this device can easily be worn, for example,as a bracelet. Or hoop at head.
Another one design development, attributed to the company Nokia, a body is able to change color depending on the colors of objects that are close to him. This is even cooler, than removable panels that can be changed under outfit daily!
With care about the environment
The traditional way of charging the battery, as it is known, requires a considerable amount of energy consumption. For those who care about saving our planet’s resources, there is an option – devices at solar battery or … muscle strength! That is, device charged mechanically, for example, the rotation of the finger.
For the sake of beauty
A number of concepts are created not to leverage the latest technologies. It design, that is pleasing to the eye. By the way, some of them even you can buy, but that’s the price, which surpasses – about 275 000 dollars.
And, what kind of of device you are dreaming? On what he would look like?

Concept Electronic marker spray

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 18:03:00 +0000

By Nasir Mehmood 13nov2014

Posted in Concept future, device future, Technology devices, Technology future

This is a new conceptual tool for artists. It is a small spray bottle with three colors of ink cartridges, which allows achieve by mixing the desired color, which then can be stored on the built-in map SD. Charging a gadget is with using USB-hub.
Imagine the perfect subject for drawing, which includes a full palette of colors and a few tools of Adobe CS. Pluma – a special pen that is equipped with a cartridge and uses CMYK blending technology to create the desired shade. There are four different nib 0.3, 0.5, 3, 7 – mm size and use of micro color spray coating on large areas. Each sketch or drawing is stored in the memory handle and can be transferred to a computer. As they say, no harm in dreaming!

Designer: Yeban Shin

Flexible electronic paper

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 18:01:00 +0000

By GloriaSt

Posted in Concept future, HI-tech, Innovation technology now, product design

It’s fun! Sony has provided for tests in Japanese universities prototype of a new 13.3-inch flexible E Ink display. Its form factor coincides with a sheet of A4, and the weight is only 60 grams. The display has a high mechanical strength and can operate as a graphics tablet.

Flow Medical Gadget of the future

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:59:00 +0000

By Nasir Mehmood

Posted in Concept future, device future, gadgets

Electronic devices designed to serve medical imaging, are becoming more efficient and suitable for use in everyday life.
Using the latest cutting-edge capabilities of nanotechnology, Gadget Flow allows you to control the proportion hazardous substances, that a person breathes with air. The main objective of the unit is a concern for the health of people suffering from asthma or are prone to acute asthma attacks. Special built biosensor allows you to control the air quality, the content of hazardous substances and allergens individually for each patient.

The emergence and spread of these devices in the near future should be one of the major trends in high-tech electronic products. Active implementation of such gadgets, no doubt, will save more than one human life, which is known to be more expensive than any money.

Ultimate Confluence of Technologies-LifeHub

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:55:00 +0000

Lucid Design has come up with something that we are generally accustomed to think of as some extraterrestrial tech or some Sci-Fi movie flick. LifeHub by Lucid Design is in its truest sense, the confluence of multiple technologies that marks the beginning of a new era and annihilates many other technologies.
Amazingly, this one compact gadget boasts the abilities of seven different devices.
LifeHub includes eight, yes EIGHT, devices in one! We have a projector, a Bluetooth speaker, awallet, a key, a headset, a smartphone and a watch in one!
Your desire to own LifeHub will be greater than your desire to own an iPhone!

Cricket Technology Which Need More Advanced

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:43:00 +0000

Over the years cricket has incorporated into the game a few of the latest technological advances available. There have been some rejections of technology, such as the use of aluminum cricket bats, but generally the ICC have been rightly cautious about making changes to the game that will impact the players and spectators.
Here are discussions about a few of the technological innovations that are in cricket or are being discussed about being included.

Third Umpire

In international cricket, the third umpire has been used to supplement the role of the two umpires on the ground. The third umpire is equally qualified, and sits off the ground with access to TV replays of certain situations (such as disputed catches and boundaries) to advise the central umpires. The umpires out on the field are in communication via wireless technology with the other umpire. The third umpire is also asked to adjudicate on run out decisions, which he uses video replay and makes a decision without consultation with the two central umpires.

Decision Review System (DRS)

Cricket has joined some other world sports and have included an umpire referral system in some international matches. Such a system was first trialed in 2008 (in a Test series between Sri Lanka and India). Unlike in tennis where the challenge and referral decision is clear cut using hawke-eye technology, the cricket referral is adjudicated by the third umpire, and is open to further errors. The actual way it works may change and develop, but when it was first brought in this is how it worked.

Players are allowed to challenge decisions made by the on-field umpires, and have them referred to the TV official. For each innings of the Test, each team can challenge any decisions, though they will be limited to three unsuccessful challenges per innings. Only the batsman on the receiving end of the umpire’s original decision or the captain of the fielding side can appeal by making a “T” sign with both forearms at shoulder height. The third umpire uses the technology of the hot spot and slow motion replays at different angles to gain information and make decisions.

It all sounds great for the players and viewers at home, but the pressure is on the umpires. In reality, the process often takes too long and can distract from the game. When there are challenges left near the end of an innings, players tend to make frivolous challenges on the off-chance of getting a decision overturned. So there are still problems that need to be ironed out, but the referral system is a great step forward for cricket.

TV Technology

Hawkeye - A computer system first used in 2001 for showing the path of a cricket ball. It is a commonly used and is an indispensable tool for cricket commentators around the world to confirm the umpires decisions. It is used as part of the DRS for adjudicating LBW decisions. Read more.
Snick-o-Meter - a very sensitive microphone located in one of the stumps, which can pick up the sound when the ball nicks the bat. This technology is only used to give television audiences more information and to show if the ball did or did not actually hit the bat. Unfortunately at this stage the umpires do not get the benefit of hearing 'snicko', though a Real-time Snickometer is being developed to supplement Hot Spot technology. Read more.
Ball Spin RPM - Starting during the TV coverage by Sky sports for the 2013 Ashes series, they were able to show a RPM (revolutions per minute) counter, showing how fast the ball was spinning after release. It is not clear how this is measured, though it would need a high speed camera focussed on the ball, possibly using the same images that are captured for the Hawkeye system.
Hot Spot - the hot spot technology is mostly used to review whether the bat has hit the ball, particularly when there is a small nick. If there is contact, the small amount of heat generated is indicated by a change to that area of the bat. Hot Spot uses two infra-red cameras positioned at either end of the ground. These cameras sense and measure heat from friction generated by a collision, such as ball on pad, ball on bat, ball on ground or ball on glove. Using a subtraction technique, a series of black-and-white negative frames is generated into a computer, precisely localizing the ball's point of contact. Following some controversy after the 2012 UK Ashes series, there is doubt over the accuracy of Hot Spot.

New Technology

Cricket is a sport steeped in tradition. Making changes to the rules that have been in place for a long time is not taken lightly. In addition to uses of technology that are discussed above, here are a couple more ideas

No Balls at the crease - Give the umpires some feedback about whether a front foot no ball has been made. It would be simple to include some technology which gives the umpire a beeping sound if the bowler crosses the popping crease, like in tennis for let or fault calls. This will mean that the umpire does not need to be distracted and looking down as the bowler delivers the ball, and can focus on what the batsman and fielders are doing.
No Balls for chucking - It is difficult to monitor each bowling delivery during a match for bent arm throwing, but new technology is being developed that could possibly be used for such a thing. Previously, any player reported with an illegal bowling action had to undertake 3D biomechanical analysis of their action in a laboratory. New technology using inertial sensors is being developed that could possibly be used to test a bowling action during matches to see if they are bending their arm too much during the bowling delivery. Inertial sensors use similar technology to that used mobile phones. These sensors will be light, cost effective and wearable on the bowler’s arm and most importantly will not hinder bowling performance while still allowing information about the bowling action to be assessed in near real time in both match and training environments.

Cricket Uses Technology

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:42:00 +0000

Well here we are 2012 and the technology we started on in 2009 has been built and is now being tested with our pals at the AIS. Its of interest to the international community. Last week trials of our illegal arm action sensor began at the AIS. Its work funded by the ICC and the MCC and is undertaken in partnership with praxis Sport Science, the AIS and Cricket Australia. Its been picked up by a few news sources

“Detection of throwing in cricket using wearable sensors” has just been accepted for publication in the "Sports Technology" the leading journal in this area; that it will be published in the Special Issue on Australian Sports Technolog, it will be presented at the Australian Sports Technology Network conference, attended by the federal sports minister and is entered into the National IT invention test Dept. of Innovation competition.

Here’s the media release…

ICC MEDIA RELEASE

FOR IMMEDIATE RELEASE

Dubai, 28 August 2012

ICC invests in the future for illegal bowling action technology

The ICC has entered the second phase of an agreement with a consortium of high profile Australian cricket, sports science and sports engineering institutions to develop a wearable technology to assess the legality of bowling actions in match and training conditions.

ICC is now working with experts to produce a process capable of measuring bowlers’ actions in a match environment. Known as inertial sensors, they employ similar technology to that used in iPads, mobile phones and car crash impact detection systems.

It is planned the technology will be light, cost effective and wearable on the bowler’s arm and will not to hinder performance while still allowing information about the throw like features of an illegal action to be assessed in near real time in both match and training environments.

Bowlers who have been reported by umpires with a suspicious illegal bowling action are currently required to attend an ICC approved biomechanics laboratory to assess the amount of elbow extension in their bowling action.

The research team comprises sport scientists and engineers from Griffith University’s Centre for Wireless Monitoring and Applications in Brisbane (Engineers Dr. Daniel James and Dr. Andrew Wixted), the Australian Institute of Sport’s Biomechanics department in Canberra (Cricket Biomechanist Mr. Wayne Spratford) and Cricket Australia’s Centre of Excellence in Brisbane.

The project is being managed on behalf of the ICC by Praxis Sport Science Pty Ltd, an Australian-based sports science consultancy company headed up by Dr Marc Portus. Dr. Portus was involved with the original research behind the 15 degree tolerance threshold for illegal actions when he worked as a Biomechanist for the Australian Institute of Sport and Cricket Australia.

The second phase of the three-phase project will conclude in late 2013 and is concerned with the technology’s measurement methods and precision against current laboratory protocols. In 2014 Phase 3 will focus on making the technology more comfortable for players as well as maximising wireless data transmission and battery life.

ICC Chief Executive, David Richardson, said: “The ICC is keen to see this technology implemented in elite cricket and believe it will be a significant stride forward in detecting illegal bowling actions in match conditions.

“We would also like to see the technology used in training environments as a tool to help bowlers correct their flawed bowling action.

“We are encouraged by the progress made so far by the Australian research team and also acknowledge the MCC, who have made a significant financial contribution to the project.

Press release, Griffith university by Janet Langan (2009)
The International Cricket Council (ICC) and Marylebone Cricket Club (MCC) will fund Griffith University and Australia’s elite sporting bodies to develop a wearable, real-time electronic sensor to record and monitor the bowling action during delivery.

The device will be mounted on a bowler's arm to assess the legality of the bowling action instantly by measuring the degree of elbow extension between the time the bowling arm reaches a horizontal level and the release of the ball.

Current ICC regulations stipulate a 15-degree tolerance threshold for elbow extension in the bowling action. This is accepted as the point at which any elbow extension begins to become noticeable to the human eye.

Sports and electronics engineers at Griffith's Centre for Wireless Monitoring and applications will work with Cricket Australia's Sport Science Sport Medicine Unit and the Australian Institute of Sport's Bio mechanics department to perfect the tiny electronic device.

Cricket Australia and the Australian Institute of Sport have researched bowling actions for the past 20 years, with much of their recent work used by the ICC to develop procedures to assess doubtful bowling actions.

Griffith University project leader Dr Daniel James said the device was designed as a development tool for up-and-coming bowlers.

It will help coaches assess arm action early on in training as a means of injury prevention, performance improvement and as a corrective aid for suspect actions. It may also be helpful in competition he said.

He said current best practice relies on frame-by-frame video analysis or in-laboratory motion analysis and this new technology would be another tool available to coaches.

There are only a few specialist sports laboratories in the world able to accurately monitor the bowling action. As well as being prohibitively expensive for athletes from remote areas and early-career athletes, this requires the athlete to go into the lab and bowl in an unnatural setting he said.

This can have a psychological effect on performance and critics say it doesn’t necessarily reflect what is happening on the field.

He said the team would take advantage of advances in microelectronics to develop light-weight devices with comparable precision to laboratory based systems.

Working with the Queensland Academy of Sport and the AIS we have had a lot of success developing similar devices to assess the serve of a tennis player and the stroke of an Olympic swimmer he said.

It's now a matter of tailoring the technology and developing software to obtain the sort of information the ICC requires.

The technology will utilize a combination of accelerometers, rate gyroscopes and other wireless inertial sensors. It will be able to record minute position changes in linear and radial directions with technologies such as magnetometers and GPS to ensure a high level of accuracy.

ICC General Manager – Cricket David Richardson said this research was crucial in the battle to uphold the regulations around illegal bowling actions.

One of the difficulties of testing bowlers’ actions in laboratory conditions is that it cannot always replicate match conditions successfully said Mr Richardson.

In other words, whether on purpose or unintentionally, the bowler might bowl differently in the lab than when he is out in the middle in the heat of a match when fatigue and greater effort are a factor he said.

That is why a device that a bowler can wear during a match is something we are very excited to be developing.

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:15:00 +0000

WECLOME

Monitoring of all health statistics by the police state.

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:06:00 +0000

BY AA

Medical records will no longer be personal data. In the near future people will be implanted with biometric monitoring chips that transmit information to the government about their pulse, respiratory rate and the rate of illegal drugs in their blood. These implants will be used to identify and arrest those taking addictive drugs and to oversee the level of nutrients in the body to avoid high levels of various vitamins and minerals such as vitamin D, which will allow the state to control people very easily.

Creation of obedient robotic soldiers through genetic engineering.

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:05:00 +0000

In future soldiers will be humanoid robots, equipped with all kinds of guns and shields, just like the Terminator, but in a more ”human” version. The most powerful nations of the world will have secret cloning programs for “production” of super soldiers, who will be cloned will raised and trained to be as more obedient and mechanical as possible. Their body type will have features of the best athletes, while the size of their brain will be quite small, designed to execute orders and never process and question information, neither feel pain or fear. Bionic parts will be placed at various points on the body in order to enhance their combat abilities.

Spread of a global pandemic through seasonal vaccines.

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:05:00 +0000

Although vaccines are aimed to prevent diseases, now they are extensively used as biological weapons to spread diseases, that is why those vaccinated at regular intervals often get sick. In the near future the globalists are likely to make the decision that the world population has reached its upper ”acceptable” limit, so they will agree to launch a depopulation virus which will be spread through seasonal vaccines. Essentially it is an effective eugenics program that will eliminate all the weak, vulnerable groups, who will be “useless” for the production process.

GREEN TEC

www.havelian.com.pk@gmail.com (Unknown) — Thu, 13 Nov 2014 17:04:00 +0000

n concept

www.havelian.com.pk@gmail.com (Unknown) — Fri, 11 Nov 2011 20:56:00 +0000

hmmmmmmm

www.havelian.com.pk@gmail.com (Unknown) — Fri, 11 Nov 2011 20:53:00 +0000

www.havelian.com.pk@gmail.com (A.A) — Wed, 09 Nov 2011 09:31:00 +0000

www.havelian.com.pk@gmail.com (A.A) — Sat, 05 Nov 2011 18:52:00 +0000

www.havelian.com.pk@gmail.com (A.A) — Thu, 03 Nov 2011 09:05:00 +0000

Future Technologies

Form

iphone 7 and 7 plus or Iphone 6c 6c plus

iPhone 7 rumours: Touch ID display

iPhone 7 rumours: Camera

iPhone 7 rumours: Software

iPhone 7 design rumours: Liquidmetal chassis

iPhone 7 concept illustrations

iPhone 7 rumours: What is the iPhone 7........

Iphone 7 (iPhone 7 release date rumors, new features and images: 'dynamic' gesture-based Home button)

Concept smart glove with a projector

By Nasir Mehmood 13-nov-2014 Posted in Concept future, gadgets, HI-tech, Technology future

Phones of future

By NASIR MEHMOOD 13NOV2014 Posted in Concept future, Green Technology, phone future, product design

Concept Electronic marker spray

By Nasir Mehmood 13nov2014 Posted in Concept future, device future, Technology devices, Technology future

Flexible electronic paper

By GloriaSt Posted in Concept future, HI-tech, Innovation technology now, product design

Flow Medical Gadget of the future

By Nasir Mehmood Posted in Concept future, device future, gadgets

Ultimate Confluence of Technologies-LifeHub

Cricket Technology Which Need More Advanced

Third Umpire

Decision Review System (DRS)

TV Technology

New Technology

Cricket Uses Technology

ICC invests in the future for illegal bowling action technology

Monitoring of all health statistics by the police state.

BY AA

Creation of obedient robotic soldiers through genetic engineering.

Spread of a global pandemic through seasonal vaccines.

GREEN TEC

n concept

hmmmmmmm

By Nasir Mehmood 13-nov-2014

Posted in Concept future, gadgets, HI-tech, Technology future

By NASIR MEHMOOD 13NOV2014

Posted in Concept future, Green Technology, phone future, product design

By Nasir Mehmood 13nov2014

Posted in Concept future, device future, Technology devices, Technology future

By GloriaSt

Posted in Concept future, HI-tech, Innovation technology now, product design

By Nasir Mehmood

Posted in Concept future, device future, gadgets