Xilinx Ise 9.2i Registration Id
ChipScope Pro: If you purchased a new license or license renewal, please obtain your registration ID from the Xilinx answer record 25202. Three steps to evaluate: 1) download initial release, 2) install using registration ID, 3) download and install service pack.ChipScope Pro Serial I/O Toolkit:ChipScope Pro Serial I/O Toolkit, requires a separate Registration ID. If you purchased a new license or license renewal, please obtain your registration ID from the Xilinx answer record 25202.
Xilinx Ise 9.2i Registration Id
ChipScope Pro: If you purchased a new license or license renewal, please obtain your registration ID from the Xilinx Answer #25202. Three steps to evaluate: 1) download initial release, 2) install using registration ID, 3) download and install service pack.
ChipScope Pro Serial I/O Toolkit:ChipScope Pro Serial I/O Toolkit, requires a separate Registration ID. If you purchased a new license or license renewal, please obtain your registration ID from the Xilinx Answer #25202.
General Information The overall installation approach is to install the application ontoyour local drive using a copy of the CD's on the San drives, using theXweb interface. This version runs on a Windows XP machine. Installing to local PC driveTo install the application to your local disk requires about 2.1 GB of diskspace, including documentation and the optional ModelSim application. Before beginning the local installation, 'delete' environment variableXILINX, if it has already been set. Begin by going to the Xweb application installation webpage: In the list of applications that appears, find Xilinx "ISE 9.2i"and click on the "Click to Install" button to its right. Agree to the following standard license agreement. The next page prompts you at the top for Step 1, which you click on On the next "File Download" page, you have to choose the "Save" optionat the moment, while the "Run" option is being fixed.The "Save" option only downloads the roughly 2 GB worth of installation files. You then have to go to the location where you saved the downloaded files and doubleclick on the setup.exe file, which would initiate the install. In the first vendor install window "Enter Registration ID" enter the code: 5403-5770-1434-4537 in the spaces provided in the lower part of the window. You don't need to get this number, therefore, from the Web. In the next several windows check the "I accept ... " checkbox for the license. In the next window "Select Destination Directory" specify a local dirthat has no spaces in the pathname; also specify here the Programs Folder entry you would like, for example "Xilinx ISE 9.2i". The next window shows faded-out "Webinstall" options, which you canignore and click on 'Next'. In the next window "Select Installation Options", you can deselectany checked items you don't need. In the next "Update Environment" screen, you can choose to updateyour displayed PATH environment variables, which is a good idea. After a review of what will be done, the installation then begins. Apparently after the installation completes, your PC must be rebooted,for which you are prompted. This completes the main installation. You will be returned to the Xweb installation page, which you can nowexit from. Set the required environment variables, as follows In the /Start/Settings/Control Panel/System/('Advanced', if WinXP) environment/ menu, set the following three (system) environment variables, in case they are not yet set appropriately:XILINX= (your local top-level Xilinx installation directory)PATH should include: $XILINX\bin\ntLM_LICENSE_FILE is not needed. CAE homepage [Disclaimers, Copyright, and Other Fine Print ]
In this paper multiplier architecture is proposed based on algorithm of ancient Indian Vedic Mathematics, high speed applications. It is based on the Vertical and Crosswise algorithm of ancient Indian Vedic Mathematics, Urdhva Tiryakbhyam Sutra generating all partial products and their sums in one step. The design basic block which are adders are designed in a generic way so N-bit multiplier design can be done using the designed architecture. The design implementation is done using VHDL (Hardware Description Language). The design code is tested using Modelsim 6.0 Simulator. The code is synthesized in Xilinx ISE 9.2i using: Xilinx, Family: Spartan XC2S200PQ208 device, Speed Grade: -5.The combinational delay of the 1616 Vedic multiplier is found to be 80.155ns.
for simulation. XILINX ISE9.2i has been used for synthesis and verification. The Vedic multiplication technique is based on one of the 16 Vedic sutras or aphorisms, which are actually word formulae describing natural ways of solving a whole range of mathematical problems .
Design of ALU using reversible logic based Low Power Vedic Multiplier PDFSenthil Sivakumar M, Sundaram A, Gurumekala T, Banupriya MArithmetic Logic Unit (ALU) is a heart of microprocessor and microcontroller units that are playing main role in digital computers. By optimizing the ALU circuit in microprocessor and microcontroller highly power efficient digital system can be achieved. The use of low power and high performance sub-blocks like adder and multiplier can reduce the total power dissipation of ALU. So in this paper we are introducing new architecture for a high speed and area efficient Vedic multiplier and an adder circuit using reversible logic gates. The proposed adder and multipliers are employed in the implementation of Arithmetic Logic Unit (ALU) to reduce the power dissipation and area and to improve the performance sufficiently. Integration of low power sub-blocks of ALU resulted that the power dissipation of proposed ALU unit is reduced when compared with the conventional unit. The proposed logic blocks are implemented using Verilog HDL programming language, simulated and synthesized using Xilinx ISE 9.2i software.
Cybersquatting and its Effectual Position in India PDFZohaib Hasan Khan, Piyush Charan, Mohd Amir Ansari & Kashiful Hasan KhanA trademark, a design, a slogan, a logo or an easily remembered picture is a studiously crafted personality profile of an individual, institution, corporation, product or service. With the growth of commercial activity on the internet, a domain name can be said to be used as a business identifier image. Domain name conflicts arise most frequently as a consequence of the practice of cybersquatting . Cybersquatters deliberately exploit the first-come-first-served nature of the domain name registration system and then the squatters either offer to sell the domain to the person or company who owns a trade mark contained within the name at an inflated price. In India, there is no statute law which explicitly refers to dispute resolution in connection with cyber squatting or other domain name disputes.The Trade Marks Act, 1999 used for protecting use of trademarks in domain names is not extra-territorial, therefore, it does not allow for adequate protection of domain names. The overview of cybersquatting & its effectual Position In India with the current legal framework have been highlighted out and formulated a three pronged approach which would go a long way in squatting away these squatters. 076b4e4f54