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REDRedmond (Amtrak station code; Redmond, OR)
REDRetired, Extremely Dangerous (movie)
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REDRegional Economic Development (USACE)
REDRelativity Entertainment Distribution (Sony Music Entertainment)
REDRenewable Energy Development (various organizations)
REDRequirements Document
REDReal Estate Directory (various locations)
REDResearch and Evaluation Division
REDReview of Economic Dynamics (Society for Economic Dynamics)
REDRemember Everyone Deployed
REDReal Estate Department (various locations)
REDReal Estate Division (various organizations)
REDRandom Early Detection (TCP/IP)
REDReal Estate Database (resource)
REDResearch, Evaluation and Development
REDRegional Executive Director
REDRenewable Energy Directive (EU)
REDRead Every Day
REDResearch Evaluation and Data (various organizations)
REDRenewable Energy Division (various organizations)
REDRadio Equipment Directive (EU)
REDResource Discovery (International Workshop)
REDRacial Equality Directive (EU)
REDRural Enterprise Development (various locations)
REDRigid External Destruction (medical care)
REDRandom Early Detection
REDRemote Execution Daemon
REDRealone Enterprise Desktop
REDRear-Engine Dragster
REDReregistration Eligibility Decision Document
REDRecord of Emergency Data
REDRegional Economic Development Partnership (Ohio Valley, WV, USA)
REDRandom Early Discard
REDReference Entity Database (Credit Derivative Swaps database)
REDRisk Estimate Distance
REDRapid Extraction Desk
REDAtlantic Redfishes
REDRover Equipment Deck (NASA)
REDReflection Electron Diffraction
REDRedwood Empire Division (Northern California Demolay Association; International Order of DeMolay)
REDReactor Engineering Department
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REDRCRA Enforcement Division (US EPA)
REDReliable Excavation Demolition (gaming, Team Fortress 2)
REDRefunding Escrow Deposit
REDRapid Extraction Device
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REDRegistration of Estimated Deficiency
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REDRest, Elevation, Direct pressure (bleeding control model for first aid instruction)
REDRegister of Employees Dismissed (Banking Council of South Africa)
References in periodicals archive ?
Random Early Detection (RED) is the most popular AQM scheme.
This section presents a performance evaluation of eight-queue management algorithms, namely, Drop Tail (DT), Random Early Detection (RED), Virtual Queue (VQ), Fair Queuing (FQ), Stochastic Fair Queuing (SFQ), Random Exponential Marking (REM), Deficit Round Robin (DRR), and Proportional Integrated (PI).
The first AQM algorithm called RED(random early detection) provides the mechanism for congestion avoidance.
"Random Early Detection Gateways for Congestion Avoidance" IEEE/ACM Transactions on Networking in, 1(4): 397-413.
(i) We propose an improved Random Early Detection (IRED) algorithm for data transmission control in sensor Clouds.
Random Early Detection (RED) is the most popular strategy that adopts the AQM.
To study the robust of the Random Early Detection (RED) algorithm in mitigating LDoS attack, we analyze the RED algorithm and show the principle of the attack, and make the RED algorithm itself mitigate the attack by setting the suitable parameters.
A number of active queue management policies have been proposed, such as random drop [8], early packet discard [9], early random drop [10], random early detection (RED) [11] and its variations (FRED [12], stabilized RED (SRED) [13], and balanced RED (BRED) [14]), BLUE [15], REM [16], PI controller [17], and AVQ [18].
It contains flash cards, study questions, and reference sheets on the topics of QoS components, configuration, traffic classification and marking, queuing, weighted random early detection, traffic conditioners, slow speed links, and design guidelines.
Random early detection, for example, was originally designed for core Internet routing and, when used in the enterprise, can result in excessive packet drops (and poor application performance) for single users and applications.
[3.] Abdeljaber H., Mahafzeh M., Thabtah F., Woodward M., "Fuzzy Logic Controller of Random Early Detection based on Average Queue Length and Packet Loss Rate," Performance Evaluation of Computer and Telecommunication Systems, SPECTS 2008.