Acceptable Trade Error Rate
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Human Error Rate In Data Entry
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Human Error Rate Prediction
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Human Error Probability
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IP isWhoisCalculatorTool PointsNewsNews tip?ForumsAll ForumsHot TopicsGalleryInfoHardwareAll FAQsSite FAQDSL FAQCable TechAboutcontactabout uscommunityISP FAQAdd ISPISP Ind. ForumsJoin Search similar:[Connectivity] SNR and the relationship to Downstream Speed[DSL] Should I switch to DSLExtreme?very slow speeds at nightDSL speed while using netflix[Qwest] Modem periodically Disconnects / never achieves paid acceptable error rate six sigma for speednetopia 2241n-ctel Forums → The Site → Old Forums → Cyberonic human error equation → Acceptable Error Rate on DSL uniqs3827 Share « 3 weeks of downtime? • Anyone have trouble with how to calculate human error percent pppoe at Covad? » bodysurfjoin:2002-01-23Placentia, CA bodysurf Member 2006-Mar-6 12:49 pm Acceptable Error Rate on DSLI just upgraded from 1.5/768 UUNet ADSL to 1.5/768 COVAD ADSL thru Cyberonic on 02/28/2006. http://www.lifetime-reliability.com/cms/tutorials/reliability-engineering/human_error_rate_table_insights/ I originally requested to be bumped up from 1.5/768 to 6.0/768, but that didn't happen. So I called last nite and requested the speed bump-up. I checked the DSL connection via the web-based administration and noticed the following: Line Mode G.dmt Line State Show Time DS Speed 4448 Kbps US Speed 736 Kbps DS Latency Interleave US Latency Interleave Trellis http://www.dslreports.com/forum/r15623986-Acceptable-Error-Rate-on-DSL Coding Enabled Loss of Signal 0 Line Attenuation 60.5 dB Loss of Frame 0 Down Noise Margin 7.5 dB Down CRC Error 322 Up Noise Margin 6 dB Up CRC Error 99 Line Up Count 1 Error Second 292 seconds Line Up Time 0:02:40:57 System Up Time 0:02:41:23If I'm not mistaken, the amount of Down/Up CRC Error and Error Second is a lot more now than it was before at 1.5/768. And while my uploads are just about the same, my download speeds have nearly tripled.I haven't noticed any Internet connectivity problems yet, but should I be concerned about the error rates above? · actions · 2006-Mar-6 12:49 pm · (locked) caseydougjoin:2001-08-14Seattle, WAkudos:5 caseydoug Member 2006-Mar-6 1:07 pm It's a trade-off. Your line attenuation is high and your noise margins are definitely low, so the error rate is not surprising. On the other hand, you are maintaining connectivity and syncing at a decent rate. I would monitor it for a few days and see if you notice any problems. The error rate looks to be around 3%. I
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from GoogleSign inHidden fieldsBooksbooks.google.com - Using this mathematical model, and assuming that nodes are equipped with software controlled radios whose parameters can be dynamically adjusted, we proceed to study the effect of the transmit power level, data rate and forwarding range on the throughput and delay performance of a wireless ad hoc network...https://books.google.com/books/about/Power_Rate_and_Energy_Trade_offs_in_Wire.html?id=W1Y8IdH4X7EC&utm_source=gb-gplus-sharePower, Rate, and Energy Trade-offs in Wireless Ad Hoc and Mesh NetworksMy libraryHelpAdvanced Book SearchGet print bookNo eBook availableProQuestFind in a libraryAll sellers»Get Textbooks on Google PlayRent and save from the world's largest eBookstore. Read, highlight, and take notes, across web, tablet, and phone.Go to Google Play Now »Power, Rate, and Energy Trade-offs in Wireless Ad Hoc and Mesh NetworksProQuest, 2008 - 167 pages 0 Reviewshttps://books.google.com/books/about/Power_Rate_and_Energy_Trade_offs_in_Wire.html?id=W1Y8IdH4X7ECUsing this mathematical model, and assuming that nodes are equipped with software controlled radios whose parameters can be dynamically adjusted, we proceed to study the effect of the transmit power level, data rate and forwarding range on the throughput and delay performance of a wireless ad hoc network with a flat hierarchy. Our performance analyses show that the throughput-capacity level tends to increase as the transmit power level used in the network increases. Our results also show that operating at the lowest transmit power value that keeps the network connected often yields distinct degradation in the throughput and the delay performance. This is mainly due to the fact that the higher spatial re-use factor introduced by operating at lower transmit power levels is typically not sufficient to offset the resulting increase in the average path length of a flow's route. Preview this book » What people are saying-Write a reviewWe haven't found any reviews in the usual places.Selected pagesTitle PageTable of ContentsContentsAn Approximate Model for Throughput and Delay Analysis in Multihop 13 CrossLayer Settings of Power Data Rate and Forwarding Range 64 Throughput Capacity of Wireless MeshBackbone Net