, the receiver-based auto-rate (RBAR) [3] is more desirable compared to other rate adaptation algorithms. In this paper, we have introduced an enhanced receiver-based auto-rate (ERBAR) protocol, which improves the RBAR in two ways. First, a modified virtual carrier sensing (MVCS) mechanism is proposed, which

relatively few proposals for W-LANs. In this paper we present a rate adaptive MAC protocol called the Receiver-Based AutoRate (RBAR) protocol. The novelty of RBAR is that its rate adaptation mechanism is in the receiver instead of in the sender. This is in contrast to existing schemes in devices like

the channel conditions. However, there is little available simulation implementation available for the multi-rate adaptation research purpose. In this project, an extension of rate-adaptive MAC protocol based on the Receiver-Based Auto-Rate (RBAR) was developed to enable the multi-rate simulation in NS2

This paper investigates the problem of how to improve TCP performance in multi-rate Ad-hoc networks with congested links. To improve network performance, different rate adaptation algorithms, such as Automatic Rate Fallback (ARF) and Receiver-Based AutoRate (RBAR), have been proposed to adapt

Abstract — We propose a closed-loop, dynamic rate adaptation algorithm that can be implemented in all IEEE 802.11 a/b/g compliant wireless local area networks. Our proposed algorithm is a culmination of the best attributes of the transmitter-based Auto-Rate Fall-back (ARF) and the Receiver-based

T his letter is being submitted to the NMFS to request a Letter of Autorization (LOA) associated with the training operations of the Naval Explosive Ordnance Disposal School (NEODS) at Eglin Air Force Base (AFB) propCI1y off Santa Rosa Island. Compliance with respect to the Marine Mammal Protection

. In this paper, we first introduce a mathematical model for calculating the probability of successfully streaming a multimedia object between two mobile ad-hoc peers. Unlike previous techniques that assume a constant wireless band-width or fixed node location, our work supports the 802.11 Auto-Rate Fallback

the saturated throughput. The ultimate goal is to enhance the capacity of Ad-hoc network closer to the analytical values of this model. As an attempt, the Receiver Based Capacity Enhancement Algorithm using Cross-Layer Design Approach (RCECLD) is proposed which dynamically adapts the data rate. It uses Signal

Research (AUTOR) study was a European prospective, observational study that assessed factors associated with changes in ADHD severity, estimated change from base-line in quality of life (QoL), and characterized changes in ADHD symptoms over a 2-year period as a function of baseline treatment

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