CamCard is a professional Business Card Reader.
Take a picture of any business card with phone camera, the contact information can be recognized and saved in Card Holder automatically. You can easily edit, sort and search all cards in Card Holder. With registration, you are able to sync contacts across Smartphones, tablets, PCs and the cloud in real-time.
- Scan and recognize business cards with the camera
- Detect card orientation and auto-rotate to the right orientation
- Auto crop image and enhance image quality
- Detect the language on business cards
- Edit and manage contacts: sort, group, search
- Add note/ card backside image
- Save contacts to People Hub/ Card Holder
- Pin contacts to Start to access your VIPs with just a tap
- Send email, browse the website and locate address from contact detail page
- Automatically back up to the cloud and never worry about losing data
- Sync data across different devices automatically and manage your contacts on any of them or on CamCard.com
- Recognize 16 languages including English, Simplified Chinese, Traditional Chinese, Korean, Japanese, French, Spanish.
Last 2 weeks ago I got a nice application, where you will get everything. Sometimes we need many software, then search in the web world. Lost more valuable times. But when you’re using apps, then that’s better for you. Because you can choose proper software for your desktop or laptop or your works.
You can use this famous Application Allmyapps. http://allmyapps.com/ You will get all necessary software from this application software.
The MSc in Computer Science (by research) consists of two taught modules and one thesis. Candidates will be required to complete two taught modules, namely Research Methodology and Directed Readings, before they proceed to writing the thesis. By undergoing these two modules, candidates are expected to develop the necessary skills and knowledge to conduct research successfully towards the Master’s degree.
The School of Computer Technology, the areas of research include, but are not limited to the following ::
Ubiquitous and Pervasive Computing
- Cloud Computing
Graphics & Multimedia
Preliminary discussions are usually made between the prospective candidates and a potential supervisor to ascertain the suitable area of research before registering for this programme.
Quantum computing is going to change the world as we know it. Even the lamest quantum computer is orders of magnitude more powerful than anything we could ever make today. But figuring out how to program one is ridiculously hard.
Classical computing power has grown by leaps and bounds, even as form factors shrink, multiply, and require less energy. Some early Supercomputers ran on maybe 13,000 transistors. Classical computers are limited in their problem-solving.
But the Quantum Computing is going to change the world.
A Quantum Computer could possibly solve difficult types of problems in a time frame that’s more reasonable than the life of the universe, maybe a couple of years, or a couple of days, or a couple of seconds, and “Exponentially faster. http://msft.it/0235SQ
Quantum computing is a field of research that applies the principles of quantum physics and new directions in materials science to building a new type of computers that use quantum effects in computation. Beyond creating quantum computers, the field also includes studies of algorithms that such computers can execute.
As this fantastic animation from PHD TV explains, the true power of quantum computers comes from qubits, which have way more states than standard binary bits. And those states can translate into raw, compact computing power. But the downsides are big too. Even looking at a quantum computer while it’s working can screw everything up. Just imagine trying to debug that code.
In possible University of Cambridge scientist know how to build a quantum computer. At first, start with simple quantum logic gates, and connect them up into quantum networks. A quantum logic gate, like a classical gate, is a very simple computing advice that performs one elementary quantum operation, usually on two qubits, in a given time. Absolutely, quantum logic gates differ from their classical counterparts in that they can create and perform operations, on quantum superposition.
How Powerful are Quantum Computers ::
For an algorithm, to be efficient, the time it takes to execute the algorithm must increase no faster than a polynomial function of the size of the input. The input size as the total number of bits needed to specify the input to the problem. For example, the number of bits needed to encode the number we want to factorize.
How to build QUANTUM Computer ::
Generally, to build the Quantum Computer, create a simple quantum Logic Gate (logic gates are AND, NAND, OR, NOR, NOT ) and connect them up into quantum networks.