this Project idea is to control 4 parameter using 1 master and 3 slave.Parameter controlled are DC MOTOR, ANGULAR CONTROL OF STEPPER MOTOR, PRESSURE AND WATER LEVEL USING MICROCONTROLLERS. EXPECTED RESULT The micro controller is responsible for the data to be sent across on to the RS 485 bus slaves works according to the data sent across by the master and then controls the motor speed . The master which is responsible for the predetermined level of the speed of the motor if the input exceeds the determined level ,it would then sends the signal ....etc

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1. Efficient and Reliable LockFree Memory Reclamation Based on Reference Counting
2. A Parameterized Approach to SpamResilient Link Analysis of the Web
3. FTPA: Supporting FaultTolerant Parallel Computing through Parallel Recomputing
4. Efficient and secure content processing and distribution by corporate intermediaries
5. Dynamic Multicast in Overlay Networks with Linear Capacity Constraints
6. Prefetching with Helper Threads for Loosely Coupled Multiprocessor Systems
7. Enforcing MinimumCost Multicast Routing against Selfish Information ....etc

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Efficient water management is a major concern in many cropping systems in semiarid and arid areas. Distributed in-field sensor-based irrigation systemsoffer a potential solution to support site-specific irrigation management that allows producers to maximize their productivity while saving water. This paper describes details of the design and instrumentation of variable rate irrigation, a wireless sensor network, and software for real-time in-field sensing and control of a site-specific precision linear-move irrigation system. Field conditions ....etc

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Abstract— Computational Private Information Retrieval (cPIR) protocols allow a client to retrieve one bit from a database, without the server inferring any information about the queried bit. These protocols are too costly in practice because they invoke complex arithmetic operations for every bit of the database. In this paper, we present pCloud, a distributed system that constitutes the first attempt toward practical cPIR. Our approach assumes a disk-based architecture that retrieves one page with a single query. Using a striping technique, ....etc

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1. Optimal Resource Placement in Structured PeertoPeer Networks
2. Improving Reliability for ApplicationLayer Multicast Overlays
3. A Queuing Model for Evaluating the Transfer Latency of PeertoPeer Systems
4. A CrossLayer ApproachBased Gnutella for Collaborative Virtual Environments over Mobile Ad Hoc Networks
5. CouplingBased Internal Clock Synchronization for LargeScale Dynamic Distributed Systems
6. PrivacyConscious LocationBased Queries in Mobile Environments
7. Configurable Middleware for Distributed RealTime Systems with Aperiodic a ....etc

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Distributed Medium Access Control for Next Generation CDMA Wireless Networks

Generic Distributed Network Model
we focus on a generic network model where a number of wireless mobile nodes are organized in a flat fashion, communicating with each other via one-hop or multiple-hop connections without any central control. Connections to outside correspondence nodes are supported through a gateway (e.g., in the wireless backbone) or an access point (e.g.,in ad hoc networks or WPAN).
In ....etc

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a. A Faithful Distributed Mechanism for Sharing the Cost of Multicast Transmissions
b. Building Small-World Peer-to-Peer Networks Based on Hierarchical Structures
c. Dynamic Multicast in Overlay Networks with Linear Capacity Constraints
d. Eventual Clusterer: A Modular Approach to Designing Hierarchical Consensus Protocols in MANETs
e. On Fairness, Optimizing Replica Selection in Data Grids
f. Using Data Accessibility for Resource Selection in Large-Scale Distributed Systems
g. Detecting Network-Wide and Router-Specific Misco ....etc

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Distributed-Input-Distributed-Output (DIDO) Wireless Technology



Abstract

Distributed-Input-Distributed-Output (DIDO) wireless technology is a breakthrough approach that allows each wireless user to use the full data rate1 of shared spectrum simultaneously with all other users, by eliminating interference between users sharing the same spectrum. With conventional wireless technologies the data rate available per user drops as more users share the same spectrum to avoid interference, but with DIDO, the data ....etc

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