Manage Xilinx ISE 14.5 licence for Windows 8 and 8.1
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To manage a Xilinx ISE 14.5 license for Windows 8 and 8.1, the document outlines 4 steps: 1) Make a copy of the libportabilityNOSH.dll file in the same directory as the other .dll files. Rename the files to have 3 files. 2) Rename the copy of libportabilityNOSH.dll to libportability.dll. 3) Copy libportabilityNOSH.dll to another location. 4) Start Xilinx ISE 14.5, go to the license manager, and copy the cracked license file to manage the license.
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Introduction, Features, Basic Commands and Distribution of LINUX
Sp group7 27_53_65_66_68_ppt_dynamic linking library
Sp group7 27_53_65_66_68_ppt_dynamic linking library
Kernel Development: Drawing Lessons from "Mistakes" (Japan Linux Symposium 2009)
Kernel Development: Drawing Lessons from "Mistakes" (Japan Linux Symposium 2009)
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Swine flu
This document provides information about swine flu (H1N1). It discusses that swine flu is caused by influenza viruses that infect pigs and has recently been spreading from human to human. The symptoms of swine flu are similar to regular flu and include fever, cough, and fatigue. It spreads through coughing, sneezing or touching contaminated surfaces. Basic prevention methods include handwashing, avoiding contact with sick individuals, and disinfecting surfaces. People experiencing severe symptoms like difficulty breathing should seek medical attention.
Introduction of Xcode
This document provides an introduction to Xcode, the integrated development environment (IDE) for building iOS apps. It describes the main parts of Xcode including the navigator panel, inspector panel, libraries and frameworks. It also explains key concepts like the model-view-controller (MVC) pattern, outlets and actions, view controllers and their lifecycles, navigation controllers, table views, and the iOS application lifecycle.
Objective-C for iOS Application Development
The document provides an introduction to Objective-C and iPhone development. It discusses key aspects of Objective-C including its syntax which extends C with object-oriented capabilities. Objective-C uses class definitions with interfaces and implementations. Programs create class instances that can receive messages to call methods. Classes can inherit from superclasses and support polymorphism. The document also outlines core concepts like memory management, frameworks for iOS development and examples of Hello World programs.
Gpu with cuda architecture
GPUs are specialized processors designed for graphics processing. CUDA (Compute Unified Device Architecture) allows general purpose programming on NVIDIA GPUs. CUDA programs launch kernels across a grid of blocks, with each block containing multiple threads that can cooperate. Threads have unique IDs and can access different memory types including shared, global, and constant memory. Applications that map well to this architecture include physics simulations, image processing, and other data-parallel workloads. The future of CUDA includes more general purpose uses through GPGPU and improvements in virtual memory, size, and cooling.
Introduction to data structures and Algorithm
This document provides an introduction to data structures and algorithms. It discusses key concepts like algorithms, abstract data types (ADTs), data structures, time complexity, and space complexity. It describes common data structures like stacks, queues, linked lists, trees, and graphs. It also covers different ways to classify data structures, the process for selecting an appropriate data structure, and how abstract data types encapsulate both data and functions. The document aims to explain fundamental concepts related to organizing and manipulating data efficiently.
Introduction to data structures and Algorithm
This document provides an introduction to algorithms and data structures. It defines algorithms as step-by-step processes to solve problems and discusses their properties, including being unambiguous, composed of a finite number of steps, and terminating. The document outlines the development process for algorithms and discusses their time and space complexity, noting worst-case, average-case, and best-case scenarios. Examples of iterative and recursive algorithms for calculating factorials are provided to illustrate time and space complexity analyses.
HDMI
The document discusses HDMI (High-Definition Multimedia Interface), which allows for the transmission of digital audiovisual content over a single cable. Key points:
- HDMI is based on the DVI specification and is backwards compatible with DVI. It transfers video, audio, and auxiliary data across multiple channels.
- HDMI uses TMDS (Transition Minimized Differential Signaling) encoding to transmit data across its channels at high speeds up to 3.4Gbps. A TMDS clock channel synchronizes the data channels.
- HDMI supports configuration and status exchange between devices using DDC (Display Data Channel) and optional CEC (Consumer Electronics Control) for device control.
Hdmi
HDMI is a digital audio/video interface that transmits uncompressed digital data. It uses TMDS to encode and transmit video, audio, and auxiliary data across separate channels. HDMI supports various resolutions and color depths. An HDMI transmitter reads a receiver's EDID to determine its capabilities. HDMI is backwards compatible with DVI and adds features like audio and info frames.
open source hardware
This document provides a preliminary presentation on the architecture of open hardware for rapid prototyping using the Raspberry Pi, BeagleBone Black, and Arduino Tre. It includes images of these boards taken from the internet to illustrate them.
Serial Peripheral Interface(SPI)
The SPI (Serial Peripheral Interface) is a synchronous serial communication protocol used for communication between devices. It uses a master-slave architecture with a single master device initiating data transfer. Key features include using separate clock and data lines, operating in full duplex mode, and allowing multiple slave devices through individual chip selects. It provides a lower pin count solution than parallel buses at the cost of slower communication speeds.
Linux booting procedure
The document discusses the Linux booting procedure. It begins with the CPU jumping to the BIOS address when the computer is turned on. The BIOS then runs tests and loads the master boot record (MBR) from the hard disk. The MBR contains the primary boot loader that loads the Linux kernel into memory. Control is then passed to the kernel which initializes processes, mounts filesystems, and launches the init process to start essential system services and reach the default runlevel.
Linux booting procedure
The Linux booting process begins when the user turns on the computer. The BIOS loads and runs a power-on self-test before finding the bootable devices and loading the boot sector from the master boot record (MBR). The MBR then loads the boot loader, such as GRUB or LILO, which loads the Linux kernel into memory and passes control to it. The kernel initializes essential system components and starts the init process, which launches other processes according to the runlevel configuration to complete the system startup.
VERILOG CODE
The document contains Verilog code for several digital logic circuits including a 32-bit barrel shifter, 8-bit Booth multiplier, 32-bit ripple carry adder, 32-bit simple adder, and 32-bit carry lookahead adder. Test benches with stimulus are provided to test the functionality of each circuit.
8 bit single cycle processor
The document contains Verilog code for a single cycle processor including modules for a program counter, accumulator, ALU, adder, multiplexers, controller, data memory, instruction memory, and a test bench. It describes the design and implementation of the datapath and controller for a simple CPU using Verilog that performs arithmetic and logical operations on data stored in memory locations.
Paper on Optimized AES Algorithm Core Using FeedBack Architecture
this paper based on advance encryption standard algorithm core using feedback architecture according to IEEE FORMAT.
PAPER ON MEMS TECHNOLOGY
This document discusses MEMS (Micro Electro Mechanical Systems) technology. It begins by explaining that MEMS combines microelectronics and micromachining to create miniaturized systems on a chip. It then discusses some key fabrication techniques for MEMS like surface micromachining, bulk micromachining, and LIGA. Applications of MEMS discussed include communications, biotechnology, inertial sensors like accelerometers and gyroscopes, RF switches, and uses in consumer and industrial markets. Challenges for the future of MEMS include limited access to foundries for fabrication, challenges with design/simulation/modeling, and challenges with packaging and testing MEMS devices.
VIdeo Compression using sum of Absolute Difference
Video compression uses the sum of absolute differences (SAD) algorithm to reduce video file sizes by removing redundancy between consecutive video frames. The SAD algorithm calculates the pixel-by-pixel differences between two frames and discards pixels that have not changed. This results in data loss but high compression ratios needed for transmitting video over the internet. The document presents the SAD algorithm and its Verilog implementation to compress a video by calculating the absolute differences between corresponding pixels in two frames and summing those differences.
Mems technology
This document provides an overview of microelectromechanical systems (MEMS) technology. It discusses how MEMS devices are fabricated using modified silicon and non-silicon techniques to create tiny integrated systems combining mechanical and electrical components on the microscale. The document outlines common MEMS fabrication methods like surface micromachining, bulk micromachining, and LIGA. It also discusses MEMS design processes, packaging challenges, and applications. The future of MEMS is presented as enabling more advanced automotive, medical, and environmental applications through continued innovation in areas like foundry access and design tools.
Network security
it is veru helpfull for who are interested to network related topics...and also usefull for student in network subject,.
Token bus standard
IEEE 802.4 describes the Token Bus network standard. It uses a token passing mechanism where stations are organized in a logical ring topology on a physical bus network. A token is passed between stations to avoid contention, with the token holder able to transmit frames and poll other stations. When a station wants to join or leave the network, special frames are used to modify the logical ring topology in a distributed manner. The protocol also has fault detection and recovery mechanisms to handle issues like multiple tokens, failed stations, and lost tokens.
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Manage Xilinx ISE 14.5 licence for Windows 8 and 8.1
- 1. Manage Xilinx ISE 14.5 licence for Windows 8 and 8.1 STEP (1) Follow below path and find two .dll files. STEP (2) Now, make a copy of “libportabilityNOSH.dll” file into same directory. So there are three files 1) libportability.dll 2) libportabilityNOSH.dll 3) libportabilityNOSH_copy.dll Rename “libportability.dll” as “libportability.dll.orig”. Then rename “libportabilityNOSH_copy.dll” as “libportability.dll”. STEP (3) Copy “libportabilityNOSH.dll” file and paste below location.
- 2. So there are two files 1) libportability.dll 2) libportabilityNOSH.dll Rename “libportability.dll” as “libportability.dll.orig”. Then rename “libportabilityNOSH.dll” as “libportability.dll”. STEP (4) Now Start Xilinx ISE 14.5 For Licence, In Xilinx License Configuration Manager go to "Manage Xilinx Licenses" Press "Copy License..." Use "xilinx_ise.lic" from Crack Dir.