Z-MAC: A Hybrid MAC for Wireless Sensor Networks

Presented By:-
Subodh Kumar Gond
Roll. No. 08EC6415
M.Tech. 1st Year
Telecommunication System Engineering


Introduction

What is MAC
-Controlling access to the channel
What is Z-MAC

- A Hybrid MAC which Combine the strengths of CSMA and TDMA while offsetting their weakness.

- The main feature of Z-MAC is its adaptability to the level of contention in the network .

CSMA (Carrier Sense Multiple Access)
¢ ....etc

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Challenges and Recent Advances in QoS Provisioning,
Signaling, Routing and MAC protocols for MANETs


Shivanajay Marwaha Jadwiga Indulska Marius Portmann
School of ITEE, University of Queensland and NICTA Queensland Research Laboratory
Brisbane, Australia



ABSTRACT
Mobile Ad hoc Networks (MANET), which comprise of
mobile nodes connected wirelessly, are emerging as a very
important technology for future generation of wireless
networking. MANETs are being us ....etc

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sir...
please send me the MATLAB code for energy consumption in S-MAC and Token BAsed MAC Protocol. on my mail id ([email protected])


Anjali Varshney ....etc

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Pdf version of 19 design and implementation of wi fi mac transimiter ....etc

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MAC protocols have been studied under different contexts for decades. In decentralized MAC protocols, transmitter-receiver pairs make independent decisions, which are often sub-optimal due to insufficient knowledge about the communication environment. In this paper, we introduce control-plane cooperation at the MAC layer, where neighboring nodes share control information with transmitter-receiver pairs to aid them in making more informed decisions. This augments conventional cooperation, which sits at the data plane where intermediate nodes hel ....etc

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sir
i am the student of M.tech.and i am working on wireless sensor network MAC protocols.
please send me the MATLAB coding for average packet latency in T-MAC and S-MAC protocols.on my mail id...([email protected]).

Anjali Varshney ....etc

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Abstract
In the majority of digital signal processing (DSP) applications the critical operations
are the multiplication and accumulation. Real-time signal processing requires high speed
and high throughput Multiplier-Accumulator (MAC) unit that consumes low power, which
is always a key to achieve a high performance digital signal processing system. The
purpose of this work is, design and implementation of a low power MAC unit with block
enabling technique to save power. Firstly, a 1-bit MAC unit is designed, with appropriate
geom ....etc

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Abstract—The pervasive adoption of IEEE 802.11 radios in the past decade has made possible for the easy Internet access from a vehicle, notably drive-thru Internet. Originally designed for the static indoor applications, the throughput performance of IEEE 802.11 in the outdoor vehicular environment is, however, still unclear especially when a large number of fast-moving users transmitting simultaneously. In this paper, we investigate the performance of IEEE 802.11 DCF in the highly mobile vehicular networks. We first propose a simple yet accu ....etc

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Cooperative Asynchronous Multichannel MAC: Design, Analysis, and Implementation
Luo, T. Motani, M. Srinivasan, V. Nat. Univ. of Singapore, Singapore;
This paper appears in: Mobile Computing, IEEE Transactions on Publication

Abstract
Medium access control (MAC) protocols have been studied under different contexts for decades. In decentralized contexts, transmitter-receiver pairs make independent decisions, which are often suboptimal due to insufficient knowledge about the communication environment. In this paper, we introduce ....etc

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VLSI Design and Implementation of Low Power MAC Unit with
Block Enabling Technique

Abstract
In the majority of digital signal processing (DSP) applications the critical operations
are the multiplication and accumulation. Real-time signal processing requires high speed
and high throughput Multiplier-Accumulator (MAC) unit that consumes low power, which
is always a key to achieve a high performance digital signal processing system. The
purpose of this work is, design and implementation of a low power MAC uni ....etc

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