Friday, 21 February 2014

Google’s Project Tango

Google’s Project Tango
Google recently formalized a new project, Tango, based on a Smartphone equipped with many sensors, with the goal to bring her understanding of space and movement. Google Tango is nothing but a Smartphone which can understand its environment. The Mountain View Company wants to put the prototype model in the hands of developers next month for applications or games can take advantage of.

The objective of this project is to enable applications or games to take advantage of the environment located around the person. In the examples given by Google, so it is about power to help guide a visually impaired in an unfamiliar environment. Games could also use user environment like a map. The ATAP team (Advanced Technology and Projects) Google has unveiled the Tango project, a prototype Smartphone that can "see" world around him in 3D views.

Prototypes will arrive in the hands of developers in March to “invent new experiences." On the outside, the device is a basic Smartphone of 5 inches. This prototype Android Smartphone can learn and map the environment around the user. Directed by ATAP team, this mobile includes various measurement sensors to track movements in 3D. It is advertised as capable of carrying 250,000 measurements per second, updating its position in space and orientation in real time. The amount of data is “1 Myriad “processed by specialized image processing processors.

Two processors for a vision depth sensor and two cameras assigned for motion tracking, equip this prototype Smartphone out of Google labs. Specifically, Google has taken advantage of the onboard camera, a beast 4MP sensor, and it has added a sensor motion tracking and a depth sensor. But the heart of the beast lies in its two processors dedicated to the "vision” that calculate real-time rendering of the 3D environment. This 5-inch Smartphone that comes with Android and includes APIs necessary to raise issues to written in Java or C / C + + applications.

In addition, the Unity engine is also part so that game developers have a known environment. Of course, the programming interfaces provided are still being developed and are far from being finalized. For now, the team in charge of the project indicates that 200 prototypes have already been produced. It also wants developers to take hold of it and begin to develop individual applications or games, or even algorithms that leverage. The first shipments are scheduled for 14 March.

How to Download Torrent on iOS


zbigz
Bittorrent technology avails you to download torrent on Chromebook and that isn’t illegal. Like other downloading technology this to opt for both legal and illegal content. People think this as an illegal content owing to its popularity and missing out this technology. There are millions of legal content available at torrent site, they provide the illegal content on the desire of customer and make money through releasing movies. Almost only few got a note about the authority of bittorrent.

While considering this view with apple, Apple refuses to allow any torrent clients on the App Store. But it is possible for iOS user to download bittorrent using Safari browser. What is the logic behind this? iOS allows you to download illegal content from torrent. There are many methods which by using a service that essentially download the torrent and gives as a direct download link in its place.

Many services for iOS available but it chooses zbigz. This operates by copying a link from torrent then upload to the zbigz.com, and paste the link to that site clack on go and wait till the files are uploaded. On the go after uploading, it will start downloading using the service bittorrent on zbigz on any format as you desire. Apple iOS using Safari is possible and you can do it, but in some cases you will not be. Whenever Safari browser emerges with an download link it will simply open up something in browser that have an download size of 2MB PDF file instead of opening of up size of 700MB Ubuntu.iso which serves for no purpose.

Instead of doing up with these you can download an downloading app from store available at tons in iOS. Apps like Goodreader has build-in download function available in them. Filer is other app that servers as a browser to zbigz and using them paste the torrent link and while uploading wait for a while. Then you can start downloading using the Download Manager from Filer. Once the file can be completed you are allowed to access it from Filer’s file manager, also it avails an option of sending it to other application using Open in options available.

Zbigz avails you for free which allows you to download both large files, but few restriction do present. Hence it is also advice able to move on premium offered at $10 per month and on year whole t avails at $85, you may think that may cost a little bit when you go on to grab files for quick ones. On miss out bittorrent only in your system then its worth to go on. Also some other service are available that you can try out is PUT.iO. Hence these are the ways for your iOS to download from bittorrent.

Thursday, 20 February 2014

What Is Invoice Scanning and Automated Invoice Processing?

Quite simply, invoice scanning and automation reduces the manual tasks that an organisation needs to take after receiving an invoice, to ensure that payment is made correctly. However, there is more to it than just that simple description.

How Does It Work?

Modern business practices are highly automated. Gone are the days when paper invoices would arrive in the post to be dealt with by an accounts clerk, who would need to identify what the invoice referred to before passing it on to the relevant person for authorisation, who would then pass it to the finance department for payment, who would then need to record the payment on the relevant purchase records before passing the invoice and payment details for archiving.
This was time consuming, costly and had many opportunities for human error to create problems. In the current working environment invoices can arrive by any number of means, such as email, fax or post. Simply scanning the invoice and utilising invoice capture and processing software allows:-
  • The invoice to be digitised and filed for future reference
  • Key data fields such as supplier name, invoice number, date or net amount to be extracted and uploaded to financial systems
  • The invoice information to be verified against business information e.g. supplier database, purchase order records
  • Automatic matching against the corresponding purchase order. Allowing incorrect invoices to be flagged for attention and manual intervention, for example if there is no purchase order or the invoice amount is incorrect.
  • Invoices to be automatically sent to the relevant person for authorisation, following which it is electronically submitted for payment.
  • Throughout this process the risk of human error is virtually eliminated, whilst at the same time the speed and efficiency of the operation is improved.
All of this can be achieved because of advances in invoice processing software that recognises text characters in scanned documents. Optical Character Recognition software has been around for some time, and enables digital documents to be searched easily. Invoice automation and processing software uses technology to extract, identify, verify and match specific information, such as reference numbers and the amounts of payments required. This information does not need to be submitted in a preset format, as the software will learn to recognise a variety of invoice formats and information. Once it has identified the necessary information the software is able to start the invoice on its road to payment.
Invoice scanning and processing really does save businesses valuable time and money. Whilst there are undoubtedly initial purchase and set up costs for such a system, all analysts agree that the efficiency savings produced repay the initial costs in a fairly short time, and lead to greater cost benefits in the longer run. Some outsourced scanning bureaus offer invoice processing services as an add on service, enabling businesses to benefit from automated invoice processing with no initial investment.

The Larger Picture

In the modern working environment most organisations use some form of Enterprise Resource Planning software (ERP). ERP is a package of functions that brings together all of the financial, managerial and human resources information that an organisation will need in order to maintain control of its operations. In a manufacturing company, for example, the ERP will monitor and report on production costs, sales, payroll etcetera, whereas in a charity it will be more important to monitor receipts from fundraising against operating costs and charitable activities. The ERP can be set up to report whatever is important to an individual organisation. Invoice processing and scanning is an integral part of ERP because as soon as the invoice is received and scanned it is automatically included in the financial management information, and as the invoice passes through the stages of its payment process it is transferred from one record to another, allowing the overall financial picture to be accurate at all times. This may not seem greatly important for one individual invoice, but many organisations regularly receive hundreds or even thousands of invoices every week, which can take anything from a couple of hours to a few weeks to process. Having an invoice scanning and automated processing system in place, linked into the organisation’s ERP, ensures that at any given time the management information available is totally accurate, and decisions can be taken with full knowledge of the current operating conditions for that organisation. The invoice scanning and ERP software package mean that this situation will have been achieved without a large commitment of staff time and expense.

Document Storage and Retrieval

Once an invoice has been processed and paid, that is not the end of the story. Every organisation needs to maintain an archive of invoices along with all other financial and management documents. These need to be available for inspection during audits, or when submitting tax returns. Invoice scanning and processing includes the electronic archiving and storage of all the documents produced during the receiving and payment process, including the original invoice, payment authorisation, and record of payment, allowing for instant retrieval should they be required.

Wednesday, 19 February 2014

Google Play Service 4.2 Provides A New Client Api

Google Play
Google has just announced the release of the latest version of Google Play Service that will provide developers always more tools and possibilities. Although this version is as always intended primarily for developers, some new features could be useful to other users too.

With regard to this version, the most interesting part is the introduction of an API for ChromeCast. Developers had also been ordered to keep their mouths shut when the first publication of this API. Though it had happen a week ago but now only this information is confirmed officially, we are likely to see the emergence of many applications that support the exchange of information continuously.

Also in this version, the API Google Drive has just been launched. This API allowed developers to provide more comprehensive support in particular with regard to the Cloud Google and storing information beyond simple file sharing from last month. It is now possible for applications to temporarily save a file with your username to synchronize with Google Drive and you can later use it for example.

It has new feature that allows Google Drive to compete a bit with similar applications like Dropbox. In this version 4.2 Google Play Service, the client API has also been updated. This new version of the client API will allow developers to connect to all Google services with the same API instead of having a connection service.

User side, nothing has changed with their point of view. To allow time for all developers to update their API, the old version will continue to work and it will become obsolete in a few weeks or months. Finally, for users, nothing is easier than getting the updated Google Play Services 4.2 which will do automatically.

Intel launches 15-core Xeon E7 v2 with three ring buses

15-core Xeon E7 v2
As a series of E7 -4000 Intel offers its new server processors. However, the Xeons are based on the Ivy Bridge architecture and were upgraded primarily by new bus systems and AVX. They are previously codenamed Ivy Bridge -EX processors, Intel now on the series E7 -4000. The entire platform was previously codenamed Ivytown. Commonly is also the name E7 - v2, because these processors are the successor of the 2011 series introduced E7.

As this is also E7 - v2 designed for servers with up to eight sockets in which as many full x86 cores are working in parallel. Even if the model number 4000 suggests a proximity to the Core i 4000 Haswell, the Xeons are always based on the previous desktop architecture. In the case of E7 - v2 is the Ivy Bridge, Intel's first design with 22 nm feature size. By now probably good routine production process had started, the power consumption could remain largely the same and the fastest models are coming with up to 155 watts TDP.

The E- 8880 v2 is also of 15- Kernel, which only needs 130 watts. While Haswell processors are manufactured with various these, Intel has chosen for the Xeon E7 - v2 for only one reason. That is, It can offer three blocks for the L3 cache, each of which is connected to three units with up to five cores. Therefore, there is a flexible option for the number of nuclei is possible. In a study submitted to the Conference ISSCC Intel speaks of "chop options" presentation in their presentation. So they gave the reason for the right block with five cores and L3 cache should not actually be present in up to ten cores. So Intel just needs the manufacture for all new Xeons and can configure the functional cores so that the desired number of cores needed.

Since there is not a shared L3 cache for all cores as with previous Intel designs, the cores cannot communicate over a single ring bus. Which allow a direct connection of the three 5 -core blocks. Because of the location in the middle of this L3 cache can communicate with the left directly with adjacent data. The three ring buses are two Home Agents controlled with two memory controllers while since Sandy Bridge was always only one such controller for bus and memory interface at the desktop and mobile CPUs. Overall, the cache can be large with a fully equipped E7 v2 up to 37.5 Mbytes; an entire new Xeon consists of up to 4.3 billion transistors.

Production costs are also reflected in their price. In the cores themselves, there are the Ivy Bridge design extensions to the instruction sets. Thus, the E7 - v2 now dominated by AVX vector processing, as a new interface, there are PCI Express 3.0 with 32 lanes per socket. That does not sound much, but is also extended by the revised QPI bus, which connects the base. The new QPI 1.1 depending on the model with up to eight GT / s at work.

 In addition, there are now eight per socket instead of four memory channels. The two of them can also be connected together, which effectively corresponds to DDR3 - 2666. As individual channels memory is possible by DDR3 -1600. Both modes are supported by the storage drivers, codenamed Jordan Creek, which have not changed over the older Xeons. Using these blocks can be addressed up to 12 DIMMs per channel, giving a maximum of 48 terabytes of RAM for an eight- socket system with the still rare 64 -gigabyte Registered DIMMs.

The processor can be operated in lockstep mode with enhanced error correction but the faster performance mode with channel bundling is more than in half the RAM. It comes in the configuration of a system with the new Xeons so on the application range in some applications benefit from a lot of memory, other scale better with more cores or cache. Therefore, there is a need for the E7 - v2 in so many varieties, 20 models to choose from.

Because so different application profiles and processors, Intel also specifies different values for the benefit of computing power compared to the previous generation. At least twice as fast -with only 50 % more cores used in the server when as databases or Web applications are running. In highly optimized code with AVX for supercomputers gives a better result of three and a half times up to speed.