Smartphones and Internet Tablets the New Wave of Me Media (internet technology)
No commentsBy john mce
The new breed of mobile phone is thriving at the moment and the market is starting to flourish with models being introduced from all angles. Previously the iPhone dominated this sector but since everyone’s familiar with the smooth touch screen and slick cover flow it’s just so last year.
Now consumers expect more from their multimedia devices and the Finnish king of mobile phones is adding to the competition. Nokia has just released the 5800 XpressMusic, the touch screen handset that’s an answer to the challenges fronted by Apples iPhone which has hogged much of the market attention since its release last year. In addition Google recently launched its G1 device running on its new Android platform which had stirred up a lot of interest in the tech community. The Blackberry is well established as the smartphone for business for those who don’t want to leave the office, and Research in Motion have announced that a touch screen is in production with the title of the Blackberry Storm.
So Nokia, after concerns were raised about its slipping grip over the mobile market, has got its foot in the smartphone door with a mobile capable of all the usual; web browsing, push emails, digital camera and video playback facilities. But the real crux of the 5800 XpressMusic launch is the Comes With Music part of the promotion where users get unlimited access for a year to the 5million strong database of tracks Nokia has managed to amass with the major labels of the music industry. Amid the fears and hysteria surrounding illegal downloads and file sharing via the web Nokia are hoping this package offers a viable and affordable alternative for children and parents over the Christmas period.
This is a positive step for consumers. Not only is the new smartphone offering a fresh and alternative business model for downloading music rather than just from iTunes, but also with an influx of portable media devices there will be more choice for consumers therefore prompting makers and service providers to be more competitive with their rates. In addition the new Archos 5 media tablet has been released. It’s an excellent digital content device letting you watch video in formats MP4, AVI and WMV as well music formats MP3, WMA and AAC. You can play Flash based games that look striking on the clear as crystal 5-inch screen. You can browse the web and check your emails as well as listen to digital radio. Of course it’s not technically a phone but it is an impressive piece of equipment nonetheless.
With Microsoft penned to enter the fray as well the smartphone market may soon be saturated with quality mobile kit all at competitive prices, good news for the electronics consumers.
John McE writes articles on a number of subjects including business technology and VoIP services. For more about these services see G3 Communications.
Computer Simulation of the Human Brain
By Robert Webb
Researchers have recently constructed a new computer model of the cortex of the human brain. This model is similar in principle to the more well known Blue Brain computer model, but it simulates a much larger area of the brain. It actually less detailed at the neuron level when compared to Blue Brain. The Blue Brain project has already simulated a section of the rat’s brain that is named the neocortex. The Blue Brain computer simulation has successfully modeled approximately 10,000 neurons including near 30 million synapses.
This other computer simulation, however, has successfully modeled about a trillion neurons and almost a quadrillion synapses. This specific computer model is able to model the entire thalamo-cortical system of a mammillian brain. Apparently, the researchers have made of simulation of this brain region because is is involved in creating concious awareness.
An interesting thing that the scientsts have noted from this computer model is that they witnessed the recreation of larger-scale oscillatory activity (i.e. brain waves). They merely emerged as a function of the computer model and were not programmed into it. This basically means that this computer simulation actually was ble to replicate the way a regular brain would look like on an EEG readout. This is an indication that this method of simulating the brain is actually working as it should.
This computer simulation of the human brain will allow scientists to carry out a variety of different experiments that are not currently possible to do. It will enable researchers to gain a much better insight into the workings of the brain. Things that are normally very hard to do on brain wetware may easily be done on the computer model. Researchers will have much more leeway in carrying out different experiments on this virtual brain. The computer model will allow scientists to carry out experiments that are impossible from a physical or ethical standpoint.
This computer model will enable the simulation of almost any type of brain disorder. This is a very exciting possiblity that could help a tremendous amount of people. Researchers intend to investigate disorders such as Parkinson’s disease, Alzheimer’s disease and other psychiatric disorders. The scientists also intend to investigate the effects of pharmaceutical drugs on this computer brain model. This may lead to faster FDA approval for brain drugs.
The researchers also want to learn more about consciousness and how it is constructed. I have serious doubts as to whether the computer model will actually be able to model consciousness. However, this new computer model will likely give scientists a much greater understanding of how the human brain functions. Overall, the research is extremely interesting and it has quite a few potential benefits in advancing our knowledge of the brain.
Read my blog that covers several topics about neurotechnology brain injury attorney Florida and also
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The Audi Heritage In Rallying (new computer technology)
No commentsBy Thomas Pretty
Audi can trace a long and illustrious history through their various company guises in the world of motor sport. This is something Audi dealerships are extremely proud of, and given the chance will talk about for hours. Originally however Audi was a conglomeration of different brands. It was in 1906 that the company’s founder August Horch drove an Audi to victory in the Herkomer Run. These successes were followed up by victories in 1912, 1913 and 1914 in the Austrian Alpine Rallies. Naturally these accomplishments were touted by Audi dealerships across Europe, who felt their brand to be a leader in the motor sport sphere.
The four Auto Union brands competed in a variety of competitions across Europe. These entrants took the form of both company racers and private entrants, both experienced success in Auto Union cars. In the thirties Audi, then Auto Union cars approached the starting line of Berlin’s Avis circuit, in their inaugural race they finished third, in a car designed by Ferdinand Porsche; a man who later started his own car manufacturing company. It was in 1934 that Auto Union recorded their first Grand Prix victory; fittingly enough at the German GP, held at the world famous Nurburg Ring.
Another member of the Audi family DKW experienced great levels of success in rallying throughout the fifties and sixties. The success of DKW was touted in dealerships across the land as during this period the company’s cars were able to record more than one hundred championship titles, a staggering one hundred an fifty overall wins and thirty five team successes. The ability of DKW to record rally wins was astounding for the time and showed a special dispensation for Audi group cars in the rallying sphere.
NSU, another derivative of Audi took the mantle of rally successes with two models, the Prinz TT and the Type TTS. Combined these cars won nearly thirty national championships from the late sixties to the early seventies; the most famous drivers of the period being Gunter Imschev, Manfred Kilian and of course Siegfried Spiess. This rallying heritage carried on at Audi in later years, the company constantly learning from their triumphs to produce evermore impressive and adept vehicles.
The nineteen eighties was truly a revelation for Audi as they designed and developed the Quattro; a car that dominated rallying for more than half a decade. The Quattro utilised a newly developed all wheel drive system and set the standard in the rally world at a time where the rest of the paddock criticised the benefits of four wheel drive. Critics were soon silenced however, once the Quattro had won two championships back to back. The pack soon caught up but this did not stop dealerships bragging to their respective counterparts of their company’s forward thinking attitude and advances in technology.
Audi have always had a strong rallying tradition, unfortunately today they have pulled out of the world rally championships and are instead focussing their development efforts on road cars. That is not to say that the development of racing cars has been wasted; the Quattro technology is still being used by the company with many cars on the forecourts of dealerships bearing the prestigious badge. One thing is certain, the company motto of advancement through technology is more than just a motto; it is an ethos as well as a mandate for design.
Motor industry expert Thomas Pretty studies how the range of cars in Audi dealerships can trace a rich and illustrious rallying heritage.
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Computer Simulation of the Human Brain (internet marketing)
No commentsBy Robert Webb
Researchers have recently constructed a new computer model of the cortex of the human brain. This model is similar in principle to the more well known Blue Brain computer model, but it simulates a much larger area of the brain. It actually less detailed at the neuron level when compared to Blue Brain. The Blue Brain project has already simulated a section of the rat’s brain that is named the neocortex. The Blue Brain computer simulation has successfully modeled approximately 10,000 neurons including near 30 million synapses.
This other computer simulation, however, has successfully modeled about a trillion neurons and almost a quadrillion synapses. This specific computer model is able to model the entire thalamo-cortical system of a mammillian brain. Apparently, the researchers have made of simulation of this brain region because is is involved in creating concious awareness.
An interesting thing that the scientsts have noted from this computer model is that they witnessed the recreation of larger-scale oscillatory activity (i.e. brain waves). They merely emerged as a function of the computer model and were not programmed into it. This basically means that this computer simulation actually was ble to replicate the way a regular brain would look like on an EEG readout. This is an indication that this method of simulating the brain is actually working as it should.
This computer simulation of the human brain will allow scientists to carry out a variety of different experiments that are not currently possible to do. It will enable researchers to gain a much better insight into the workings of the brain. Things that are normally very hard to do on brain wetware may easily be done on the computer model. Researchers will have much more leeway in carrying out different experiments on this virtual brain. The computer model will allow scientists to carry out experiments that are impossible from a physical or ethical standpoint.
This computer model will enable the simulation of almost any type of brain disorder. This is a very exciting possiblity that could help a tremendous amount of people. Researchers intend to investigate disorders such as Parkinson’s disease, Alzheimer’s disease and other psychiatric disorders. The scientists also intend to investigate the effects of pharmaceutical drugs on this computer brain model. This may lead to faster FDA approval for brain drugs.
The researchers also want to learn more about consciousness and how it is constructed. I have serious doubts as to whether the computer model will actually be able to model consciousness. However, this new computer model will likely give scientists a much greater understanding of how the human brain functions. Overall, the research is extremely interesting and it has quite a few potential benefits in advancing our knowledge of the brain.
Read my blog that covers several topics about neurotechnology brain injury attorney Florida and also
Florida injury attorney and next
Florida brain injury attorneys.
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Interesting Facts About Tape Measures (new computer technology)
No commentsBy Dave Southern
The tape measure has evolved into a much modern process of getting measurements. It developed from the ribbon type to the most modern digital and laser technology capable of measuring in the most accurate method.
Tape measures are similar to rulers but, the difference is that it can be folded or rolled. They are commonly used for dressmaking and tailoring. They are made up of ribbon, cloth, plastic, or metal. Tape measures consist of linear measure marking in metric and imperial units. Carpenters or construction workers also make use of tape measures made up of thin metallic ribbon that remains straight. The metallic ribbon retracts into a small convenient storage. Surveyors also utilize tape measures with a hectometer as its measuring unit.
A unique feature prevalent to most tape measures is a small diamond which is embedded every 19.2 inches. It is called black truss marking. Measuring tapes are ideal measuring tools because of its flexibility which can be used to measure even tight corners and curves. It can also be carried in a pocket because of its small size.
This measuring tool comes in different types:
Body Measuring Tape
This type of measuring tape can be used to measure circumference of the head, waist, legs and arms of the body. One of the models of this type is the Quick Medical QM2000 Measure Mate Body. It features accurate and quick measurements. Another good feature of this tool is that it can measure up to 60 inches and has automatic retracting system. In addition, measurement readings are shown on both sides of the tape. For a more accurate measurement, a 0.1 cm increment is used with this tool.
Measuring with the Measure Mate is simple. Just wrap the retracting tape around the area which you want to measure and then put the end into position. Afterwards, just push on the button and it automatically locks into position.
Adhesive Measuring Tape
This type of tape measure comes with an adhesive that allows it to be removed and positioned on almost any surface. The tape can be written with marking pens or pencil. It is 1 inch wide and 100 inches long and is colored white with black numeral markings. This is mostly used by police investigators or Scene of the Crime Operatives (SOCO). It is ideal in measuring blood splatter on any surface, bullet holes, or any pieces of evidence for crime scenes.
Magnetic Measuring Tape
The magnetic measuring tape is ideal for measuring metal surfaces. It is made up of vinyl material with a UV resistant red and blue ink. It is one meter long and uses standard and metric measurement system.
Laser Measuring Tape
This type of measuring device is one of the latest advancements in measuring technology. This device can be manipulated to accurately measure length, width, distance, area, and volume. Basically, it is used by interior designers, architects, and craftsmen. The great feature of this device is that it is able to measure hard to reach objects such as buildings and billboards if it is 300 feet in distance.
The TLM100 is one of the models of this kind of measuring tool. With its point and shoot technology, it can measure quickly and precisely without having a need for an assistant. Plus, it lessens the burden of having to calculate a lot of measurements. Some of the latest models include LCD display and Bluetooth technology for fast and easy data transfer.
Digital Measuring Tape
It features an LCD that displays the measurement made. Measurements can be made in inches, feet, and even fraction measurements. The measuring device automatically switches on when the tape is extended. It will turn off when the tape is retracted into its case. The measuring tape operates with the use of two LR44 batteries.
Most of the modern spring tape measures are design based on the patent by Alvin J. Fellows on July 14, 1868. The spring tape measure has existed ever since Fellows patent. It was not widely used during that time. But in 1940, it slowly emerged and supplemented in the form of the folding ruler.
Having a proper tool for measuring jobs requiring the most exact measurement is important. The slightest inaccuracy in measurements can cause a big difference and may lead to waste of time and material. This is especially true in woodworking, tailoring, and architecture. To achieve the best results, accuracy is necessary.
For more information on Tape Measures please visit our website.
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The Use Of Biometric Technology In The Car Rental Industry (internet marketing)
No commentsBy Thomas Pretty
The car rental industry has rarely been renowned for its forward thinking attitude and embracement of new technology. However in the UK this is rapidly changing with the improvements in biometric technology. The reason car rental companies are so inclined to take advantage of biometric advances is because they can help to secure their assets and hence improve profitability. Biometric technology however does raise fundamental issues with privacy and data protection; hence it is understandable that many people have concerns with human rights and the protection of their own personal data. This issue goes beyond the car rental sphere, and instead enters a large number of other industries and business sectors.
Fingerprints form an important part of biometric recording and are especially important in the rental sphere. Companies now record customer’s fingerprints in order to create a biometric ID. One of the pilot schemes for this technology took place in Essex’s Stansted Airport. The scheme made it compulsory to submit an electronic thumbprint for any person who wished to hire a car. The forced nature of the scheme however led to many customers feeling besmirched and critical of why they should have to submit personal data.
Companies are quick to assert that this biometric data will only ever be used if the car is stolen; this will take the form of handing it over to the law enforcement bodies so that they can crosscheck their own files with the fingerprints taken at the hire desk. Police were quick to highlight the plaudits of the scheme, claiming that it was a response to the large numbers of thefts carried out by organised criminals.
This situation is becoming prevalent all across the United Kingdom; with many businesses stating that the data recorded is purely a fall back should a vehicle be stolen. These firms argue that the data will not be used for any other purpose, or passed to a third party. The ‘invasion of big brother’ claims are quickly discounted, instead the argument that the recording of biometric data will in fact act towards protecting identities is presented.
Naturally the reaction of customers was mixed. One startled customer at Stansted Airport felt that the staff members of the rental company were joking when they asked for a thumbprint. On finding out that they were serious this particular customer was dumfounded. The rather articulate response was that companies had no right to employ such an arbitrary and disproportionate tactic to fight car crime. However, the companies have such a right, after all it is their assets they are protecting.
One of the issues causing the encroachment of biometric recording has been the increasing numbers of false passports. This touted reason however did not hold sway with many customers; their argument being that if it is possible to board a plane with a passport, then why should an additional form of identity be needed to hire a car? In addition customers were understandably worried about how this data would be stored, seemingly if the government cannot hold personal data securely, then what chance do a car rental company have?
Whatever the arguments surrounding the implementation of biometric technologies it is certain that in the car rental industry they are here to stay. It is a case of put up or shut up for customers. These schemes however have not yet been rolled out all over the country; the success of these trials will undoubtedly give an indication not only of how biometrics will affect the rental industry, but will given an insight into how these technologies are likely to encroach on everyday life.
Travel expert Thomas Pretty looks into new technologies being utilised in the car rental industry.
How Barcode Scanner Technology Has Made A Difference
By Rick Hendershot
The use of barcode technology has revolutionized the process of inventory control. Barcodes are used virtually everywhere to keep track of product information and inventory levels. These days barcodes are even used to add products to gift registries. No one gives a second thought any more to the use of barcode technology.
They’re so common that barcodes and scanners rarely get a second thought as to how or why they work. It’s rare that one thinks about how dragging items across the checkout scanner suddenly makes it register a price and a name which are identical to the label. We simply take barcode scanners and barcode readers for granted.
So how exactly does a barcode scanner operate? To grasp how barcode technology works one first has to understand how bar codes themselves are generated and how they work to identify products. The barcode contains information about the item that has been “barcoded”. This information is coded using a special type of barcode language. The barcode scanner then translates the language of bar codes into information that humans can understand and decipher.
The barcode language is actually quite simple. All barcodes contain specific symbols which equal a series of bars. These bars are made up of short and long bars, along with varying spacing between the bars. Every part of the series denotes a number of characters, depending upon the date originally entered into the barcode software.
In other words, barcode software is the beginning point for all barcodes and barcode scanning systems. It is what makes the system work. Programmer are able to use barcode software to inventory their products by inputting the product’s name and assigning it a barcode generated by the computer. This is all accomplished by using a sophisticated database system, where data from each product is stored. This makes keeping track of the inventory easy and it also helps to speed up the updating of pricing. New information about products is entered into the database. Then whenever the barcode scanner reads a barcode that identifies a specific product it is connected directly to the database where it finds the most current information about the product.
The barcode scanner itself uses technology that “reads” the barcode label. It does this with photo sensors located within the barcode scanner that have the ability to read and decipher each barcode as it is scanned. All of these photo sensors work together to recognize spacing, length, and alignment of different bars, then match them with corresponding product information found in the database. This ingenious technology is really quite simple when you understand how it works.
Barcode scanning technology has made a huge difference in offices, factories, warehouses, hospitals, restaurants, government facilities - anywhere where it is necessary to keep track of inventoried items. Of course the most visible place where this technology has made a big difference is at the checkout line of your friendly neighborhood variety or grocery store. The next time you are there in one of those lines, think about how barcode technology gets you out of the door just that much faster.
Learn how Wasp barcode scanners can benefit your firm. Take charge of business assets with the most productive stock control systems designed especially for small to medium-sized businesses - Article marketing services.
Smartphones and Internet Tablets the New Wave of Me Media
By john mce
The new breed of mobile phone is thriving at the moment and the market is starting to flourish with models being introduced from all angles. Previously the iPhone dominated this sector but since everyone’s familiar with the smooth touch screen and slick cover flow it’s just so last year.
Now consumers expect more from their multimedia devices and the Finnish king of mobile phones is adding to the competition. Nokia has just released the 5800 XpressMusic, the touch screen handset that’s an answer to the challenges fronted by Apples iPhone which has hogged much of the market attention since its release last year. In addition Google recently launched its G1 device running on its new Android platform which had stirred up a lot of interest in the tech community. The Blackberry is well established as the smartphone for business for those who don’t want to leave the office, and Research in Motion have announced that a touch screen is in production with the title of the Blackberry Storm.
So Nokia, after concerns were raised about its slipping grip over the mobile market, has got its foot in the smartphone door with a mobile capable of all the usual; web browsing, push emails, digital camera and video playback facilities. But the real crux of the 5800 XpressMusic launch is the Comes With Music part of the promotion where users get unlimited access for a year to the 5million strong database of tracks Nokia has managed to amass with the major labels of the music industry. Amid the fears and hysteria surrounding illegal downloads and file sharing via the web Nokia are hoping this package offers a viable and affordable alternative for children and parents over the Christmas period.
This is a positive step for consumers. Not only is the new smartphone offering a fresh and alternative business model for downloading music rather than just from iTunes, but also with an influx of portable media devices there will be more choice for consumers therefore prompting makers and service providers to be more competitive with their rates. In addition the new Archos 5 media tablet has been released. It’s an excellent digital content device letting you watch video in formats MP4, AVI and WMV as well music formats MP3, WMA and AAC. You can play Flash based games that look striking on the clear as crystal 5-inch screen. You can browse the web and check your emails as well as listen to digital radio. Of course it’s not technically a phone but it is an impressive piece of equipment nonetheless.
With Microsoft penned to enter the fray as well the smartphone market may soon be saturated with quality mobile kit all at competitive prices, good news for the electronics consumers.
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John McE writes articles on a number of subjects including business technology and VoIP services. For more about these services see G3 Communications.
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