FPGA Implementation of CORDIC Processor Gaurav D. Bhand1‚ Prabha Kasliwal2 1 PG Student Department of Electronics‚ MIT Academy of Engineering‚ Pune University 1 gdbhand@etx.maepune.ac.in‚ 2 prabha.kasliwal@gmail.com Abstract— Many hardware efficient algorithms exists but these are not well known due to dominance of software systems over the past many years. Among these algorithms there is a simple shift-add algorithm known as CORDIC. CORDIC is being widely used in many domains like
Premium Numerical analysis
coil that act like electromagnets. A quantum computer uses superconductors and the laws of quantum entanglement to create the most powerful computer ever known. These computers are used as servers and processors for huge companies like google.They are also used for extremely accurate simulators to train fighter pilots at lockheed
Premium Nuclear power Energy development Nuclear fission
Why study perception? Human Perception and VR • Important to understand human abilities and limits • Determine appropriate range for input and output (frame rate‚ resolution‚ etc) • Understand that different senses have different ranges and abilities • Determine appropriate sensory channel to use to transfer information • Avoid sickness and injury Human Perceptual Systems • • • • • • Visual Vestibular Auditory Olfactory Haptic Gustatory Visual Perception • Visual information is often considered
Premium Sense Sensory system Perception
Microprocessor-based System Design Laboratory 1 Objectives i) To gain familiarity with the Cortex-M software development tool. ii) To understand the access of memory-mapped I/O components for Cortex-M processor. iii) To develop assembly programs that perform simple I/O functions for Cortex-M processor. Equipment and accessories required i) Embedded Altera DE0 board (interfaced with SCE’s TAB board.) ii) A PC (running Microsoft Windows 7) pre-installed with Keil’s µVision4 Integrated Development
Premium Computer program Assembly language Source code
fertilization process. Keywords: visual-haptic interface; 3D object manipulation; virtual training I. INTRODUCTION Today‚ haptic devices providing realistic force feedback to the manipulation of virtual objects [1] allow the users of virtual simulators not only to practice at a visual level but also to develop the haptic-knowledge required to perform hand-based tasks [2]. Medical/surgical training applications [3] may particularly benefit from a visual-haptic approach‚ since they are inherently
Premium Virtual reality In vitro fertilisation
Anchal Agarwal Email: anchala@umich.edu • Phone: (734) 730 0668 • 1613 Beal Ave • Apt 6 • Ann Arbor • MI 48105 PROFILE: • Experience in Micro-fabrication‚ Optics Lab and Particle Accelerators • Excellent communication skills‚ both technical and interpersonal • Efficient and punctual EDUCATION: University of Michigan BS Dual Degree: Electrical & Computer Engineering • GPA: 3.75/4.00 United States Particle Accelerator School Stony Brook University One semester particle accelerator physics course condensed
Premium Electronic engineering Electrical engineering Computer science
problem‚ the developers of real-time systems have run the program in the old-fashioned way; with disabled cache — just to be safe. Turning the cache off‚ however‚ will also make other features like instruction pipelining less beneficial so the new processors will not give the performance speedup as they were meant to give. The first methods to determine the boundaries of the execution time in computer systems with cache memories were presented in the late eighties — twenty years after the first cache
Premium Computer
card 10. Function of an Op. Sys. 11. Principles of the 360 12. IBM 360 Disk Oper. Sys. 13. System 360 MFT ... 1b COMPARISON OF 2 OLDER ARCHITECTURE BOOKS John P. Hayes 1. The evolution of computers 2. Design Methodology (register level) 3. Processor Design (instructions‚ arithmetic) 4. Control Design (sequencing‚ microcode) 5. Memory Organization (virtual memory‚ caching) 6. System Organization (I/O‚ communication) Ivan Flores 1. Introduction 2. The Channel Controller 3. Interrupts 4. System
Premium Operating system
217-333-6592‚ Fax: 217-333-1162 Email: rkroeze2@uiuc.edu‚ krein@uiuc.edu Abstract - Simulation of electric vehicles‚ hybrid electric vehicles‚ and plug-in hybrid electric vehicles over driving schedules within a full dynamic hybrid and electric vehicle simulator requires battery models capable of predicting state-of-charge‚ I-V characteristics‚ and dynamic behavior of different battery types. A battery model capable of reproducing lithium-ion‚ nickel-metal hydride‚ and leadacid I-V characteristics (with
Premium Rechargeable battery Lithium Electric car
Input Device is any peripheral (piece of computer hardware equipment) used to provide data and control signals to an information processing system such as a computer or other information appliance. A keyboard is the most common input device. Using a keyboard‚ the user can type the text and execute commands. Keyboard is designed to resemble a regular typewriter with a few additional keys. Data is entered into the computer by simply pressing various keys. The layout of a keyboard comes in various
Premium Computer Personal computer Input device