Category: Researchgate id program for computer support

Researchgate id program for computer support

I've met Dennis years ago at a vintage computer festival. He later visited our hackerspace to present his MyCPU project - a computer he built from ground up, including the CPU, graphics card, operating system and everything else.

He's an amazing guy and his visit is one of the best memories I have of that place. Our hackerspace is gone now and I'm so happy he's still doing projects like this. This reminds me of Dave Taylor's idea for "pinky processors".

These were similarly minimal, relying on conditional branches to do much of the work. Taylor thought massive numbers of these clocked at high frequencies would deliver more computation than complex high-IPC processors. He was wrong, as the failures of the Pentium 4 and AMD's Bulldozer would later demonstrate, but at least he was ahead of his time. Unlike Taylor's ideas, this MyNOR actually exists in the real world, which is all the more impressive considering how impractical it is.

I mean in the situation without modern technology available, we know how to make simple crystal diode and with a bit of small effort transistor and that would let us build very simple computer along the lines of the MyNOR One can also imagine it in the other direction - how a traveler from the year would try to build a quantum-quark-multidimensional-time-accelerated MyNOR of the year using the year technology - i mean we probably already have some pieces allowing to build a crude version of it.

WalterGR 30 days ago. I had assumed physical breadboards and wires and chips were always necessary to prototype The circuit works! I added support for MyNOR to my cross-assembler myca.

Gabriel A. Wainer - Professor

I design electronics professionally and I rarely do breadboard prototypes and almost never using a solderless breadboard. This is because I can be reasonably confident about the behaviour of most circuits with perhaps a little bit of simulation using a SPICE model for some analogue parts. For complex digital logic which is very rare to design using seperate ICs these days, you would use an FPGA there is a multitude of simulation systems you can use as well to test your design including some of the design tools for FPGAs.

When I was in university, we used Logisim[0] for our intro to digital logic class. I think you could probably simulate such a computer in this tool if you wanted something intuitive. Otherwise you can prepare your design in a high level logic language like Verilog and test it using Verilator [1].

Naturally there is always a risk when going from running in a simulator to the real PCB. One of my favorite assignments in college was building a little ALU in Logisim :.Academic journal publisher Springer Nature and scholarly networking website ResearchGate have agreed to a long-term content syndication partnership.

Springer Nature and ResearchGate began a pilot program in March that made research articles from select Springer Nature journals available to download for ResearchGate users with valid institutional journal subscriptions.

A white paper evaluating the results of the pilot shared positive feedback from researchers about the improved ease of discovery of version-of-record rather than prepublication journal articles and the straightforward journal access authentication process.

Springer Nature will make more journal articles available through ResearchGate, including articles published in Springer journals in the past five years, and articles in all Nature -branded research journals from the past three years. The Coalition for Responsible Sharing, which represents publishers such as the American Chemical Society and Elsevier, has issued more thantakedown notices to ResearchGate for research articles shared in breach of copyright.

The American Chemical Society and Elsevier have also separately sued the platform for mass copyright infringement.

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researchgate id program for computer support

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ResearchGate and Springer Nature view the removal of such barriers and the delivery of frictionless access as part of a broader goal to improve access to scientific results for everyone. Being able to access and collaborate on research is fundamental to this and it is important for us to enable this to happen on the platforms used by researchers and authors. It is early days, but we are very excited about this first pilot with ResearchGate which will see us explore new ways for researchers to share content to deliver a better experience for the scientific community which ResearchGate and Springer Nature both serve.

Collaboration is key for science. In AprilResearchGate and publishers including Springer Nature entered into an agreement to support the sharing of articles. The collaboration between ResearchGate and Springer Nature which kicks off today with this pilot, marks an important next step where both companies work together to provide better support to the scientific community.

Gathering continuous feedback from scientists and institutions will be key to ensuring this collaboration delivers valuable support. Springer Nature advances discovery by publishing robust and insightful research, supporting the development of new areas of knowledge, making ideas and information accessible around the world, and leading the way on open access. Key to this is our ability to provide the best possible service to the whole research community: helping authors to share their discoveries; enabling researchers to find, access and understand the work of others; supporting librarians and institutions with innovations in technology and data; and providing quality publishing support to societies.

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researchgate id program for computer support

The online environment offers appealing educational alternatives and provides life-long learning opportunities for those whom a traditional university setting does not work. Online education depends on the Internet and computer-mediated communication CMC systems for the delivery of instruction and interaction between students and instructors.

Computer-mediated communication is still a fairly new development in education and many online students encounter various difficulties with such technologies. Novice students, for example, tend to feel apprehensive about using CMC systems and the Internet in ways that may jeopardize intellectual interaction and their ability to succeed in an online course. Students who do not feel comfortable with online technologies tend to spend more time trying to figure out how to use them to communicate with instructors, submit online assignments, or download class-related material from the course's web site.

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Distributed Parallel Support Vector Machines in Strongly Connected Networks

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Some features of the site may not work correctly. DOI: Roychowdhury and L. RoychowdhuryL. In this paper, we propose a distributed parallel support vector machine DPSVM training mechanism in a configurable network environment for distributed data mining.

The basic idea is to exchange support vectors among a strongly connected network SCN so that multiple servers may work concurrently on distributed data set with limited communication cost and fast training speed. View on IEEE.

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