128x18 Error Correction
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Oblivion on old-but-decent system? Not sure what to buy? Ask here for some free advice. Moderator: The Mod Squad Post a reply 5 posts • Page 1 of 1 Reply with quote Help finding vidcard for define error detection Oblivion on old-but-decent system? by sherifffruitfly » Mon Sep 11, 2006 10:32 am
What Is Forward Error Correction
Hi, My system is a Dell Precision WorkStation 530 (dual 2.4 xeon, 1gb RAM). I currently have an old radeon all-in-wonder
Error Correction Techniques
8500 card (128mb). This vidcard isn't supposed to be able to run Oblivion at all, but it works with the Oldblivion workaround. Problem is that it's pretty d@mn slow after the intial tutorial area
Error Correction And Detection
- so I'd like to upgrade it. The problem with upgrading the vidcard is the age of my agp slot. I don't remember how all the agp varieties work, but I *seem* to recall there being *2* kinds of agp 8x slots? The "old" kind and the "new" kind? And I *think* the "old agp 8x" slots accepted agp 4x cards? If that's right, that's the kind of forward error correction tutorial slot I have - an agp 8x/4x slot. I posted Dell's "my system information" below, in case it's helpful in identifying what I have. Are there any cards that Oblivion likes (ie has Shaders 2.0) that'll fit into my agp slot? Suggestions/recommendations would be MUCH appreciated. thanks for any ideas, cdj ----- dell system info ----- 1 0G512 CARD (CIRCUIT), CONTROLLER, VOLTAGE REGULATOR MODULE, 9.0, 2.0G, WS530 1 3N384 PRINTED WIRING ASSY, PLANAR (MOTHERBOARD), COLUSA, JT, PWS530 1 8J207 PROCESSOR, 80532, 2.2G, 512K, 400FSB, SOCKET F 1 5120P CORD, POWER, 125V, 6FT, SPT2, UNSHIELDED 1 25PGG KEYBOARD, 104, 6P, UNITED STATES, NMB, MIDNIGHT GRAY 1 52EVD MOUSE, PERSONAL SYSTEM 2, 6P, 3 BUTTON, LOGITECH, MIDNIGHT GRAY 4 7D092 RAMBUS INLINE MEMORY MODULE, 256, 400M, 128X18, ERROR CORRECTION CODE, 8C 1 611WY COMPACT DISK DRIVE, 128K, I, 5.25" FORM FACTOR, 20/48X, LTN-486, CHASSIS 2001 1 6D822 ASSEMBLY, CABLE, VIDEO, PRECISION WORKSTATION 1 6F389 CARD (CIRCUIT), GRAPHICS, MRGA6, NV25GL, PRECISION WORKSTATION 1 2D502 ASSEMBLY, CABLE, HARD DRIVE, SCSI (SMALL COMPUTER SYSTEMS INTERFACE), 4 DROP, PRECISION WORKSTATION 1 8H275 HARD DRIVE, 18GB, S1, 68P, 10K, FUJITSU 1 1K304 FLOPPY DRIVE, 1.44M, 3.5" FORM FACTOR, 3MD, NO BEZEL, TEAC, V3, CHASSIS 2001 4 0797R SYSTEM INT
Blue Book The Blue Book is a standard for audio CDs developed by Sony and Philips that allows for extra content on a disc. This multimedia content can be viewed on a personal computer error correction code with an optical drive. These discs are known as "enhanced CDs" because they combine forward error correction example audio and data content on the same disc. The Blue Book standard is known by many other... Read more Newest forward error correction ppt Terms SQL Performance Range Partitioning Compute Cognitive Computing Clickjacking Heat Map View Agentless UI Lurking Server Browsing Broadband Over Power Line View All... Top Categories Communication Data Development Enterprise Hardware Internet IT Business http://www.motherboards.org/forums/viewtopic.php?t=91349 Networking Security Software View Tag Cloud... Cloud Computing The Cloud: The Ultimate Tool for Big Data Success The New Efficiency of Cloud Analytics Education Must Turn to the Cloud More Recent Content in Cloud Computing Is the Cloud Ready for the Enterprise? The Innovative Disruption of the Cloud How the Cloud is Changing the Work Landscape View All... Cloud Computing Home Virtualization Buzzwords and Jargon Software-as-a-Service (SaaS) Distributed https://www.techopedia.com/definition/821/error-correction Computing Data Centers Open Source Big Data Cloud Communications Insights as a Service Virtual Desktop Infrastructure Cloud Industry Cloud Cloud Sprawl Global File System Managed Cloud Jet Propulsion Laboratory Cloud Security Broker Red Hat CloudForms Security Channeling the Human Element: Policy, Procedure and Process The Persistence of Digital Rights Management The Chip in the Card: EMV Chip Promises Increased Security for Payments More Recent Content in Security Your IT’s Risks are Hiding - Can You Spot Them? Managing Cloud Sprawl in Your Organization 5 Solutions to Counter Mobile Security Threats View All... Security Home Hacking Data Centers Forensics Legal Viruses Software Clickjacking Bullet Camera Disaster Recovery Team British Standards Institution Attack Vector Cipher Block Chaining Communications Assistance For Law Enforcement Act Privilege Facial Recognition Cyberterrorism Big Data Protecting Your Brand Value with Big Data How Big Data Can Drive Smart Customer Service Living on the Edge: The 5 Key Benefits of Edge Analytics More Recent Content in Big Data The Cloud: The Ultimate Tool for Big Data Success How Natural Language Processing Can Improve Business Insights The New Efficiency of Cloud Analytics View All... Big Data Home Heat Map View Citizen Data Scientist Semi-Supervised Learning Unsupervised Learning Supervised Learning Clini
(Discuss) Proposed since January 2015. In telecommunication, information theory, and coding theory, forward error correction (FEC) or channel https://en.wikipedia.org/wiki/Forward_error_correction coding[1] is a technique used for controlling errors in data http://www.google.com.gt/patents/EP0096779B1?cl=en transmission over unreliable or noisy communication channels. The central idea is the sender encodes the message in a redundant way by using an error-correcting code (ECC). The American mathematician Richard Hamming pioneered this field in the 1940s and invented the first error correction error-correcting code in 1950: the Hamming (7,4) code.[2] The redundancy allows the receiver to detect a limited number of errors that may occur anywhere in the message, and often to correct these errors without retransmission. FEC gives the receiver the ability to correct errors without needing a reverse channel to request forward error correction retransmission of data, but at the cost of a fixed, higher forward channel bandwidth. FEC is therefore applied in situations where retransmissions are costly or impossible, such as one-way communication links and when transmitting to multiple receivers in multicast. FEC information is usually added to mass storage devices to enable recovery of corrupted data, and is widely used in modems. FEC processing in a receiver may be applied to a digital bit stream or in the demodulation of a digitally modulated carrier. For the latter, FEC is an integral part of the initial analog-to-digital conversion in the receiver. The Viterbi decoder implements a soft-decision algorithm to demodulate digital data from an analog signal corrupted by noise. Many FEC coders can also generate a bit-error rate (BER) signal which can be used as feedback to fine-tune the analog receiving electronics. The noisy-channel coding theorem establishes bounds on the theoretical maximum information transfer r
- Multi-bit error scattering arrangement to provide fault tolerant semiconductor memoryAdvanced Patent SearchTry the new Google Patents, with machine-classified Google Scholar results, and Japanese and South Korean patents.Publication numberEP0096779 B1Publication typeGrantApplication numberEP19830105265Publication date26 Apr 1989Filing date27 May 1983Priority date16 Jun 1982Also published asDE3379753D1, EP0096779A2, EP0096779A3, US4488298Publication number1983105265, 83105265, 83105265.9, EP 0096779 B1, EP 0096779B1, EP-B1-0096779, EP0096779 B1, EP0096779B1, EP19830105265, EP83105265InventorsGeorge L. Bond, Frank P. Cartman, Philip M. RyanApplicantInternational Business Machines CorporationExport CitationBiBTeX, EndNote, RefManClassifications (4), Legal Events (18) External Links:Espacenet, EP RegisterMulti-bit error scattering arrangement to provide fault tolerant semiconductor memory EP 0096779 B1Abstractavailable in Images(2)Claims(7) 1. A very large memory system comprising in combination: a large plurality of individual memory chips (11), said chips being arranged in a matrix (10) of n rows and m columns (12-15), each said chip having kxL individually addressable bit positions some of which are defective; kxLxn memory addresses, each of which accesses a data word of m bit positions; a buffer (20-23) for storing n' words each comprising m bit positions; and data bus means for connecting the write input and the read output of each said chip in each said column of said memory matrix to one of the n' buffer storage positions associated with each one of said memory columns; characterized by: means (35, 36, 40) for changing the connective relationship of said n' buffer storage positions associated with each bit position of said buffer relative to the position of said n chips in the corresponding memory matrix column in response to control signals (R5-R8, R2) developed from an error map of said memory, said control signals causing said relationship of said chips to said n' buffer positions in at least one of the colum