presented by;
Ajaya Kumar Kavala


Technique for measuring the Dielectric constant using open ended coaxial cable in the microwave frequency region
Introduction of Dielectrics
• Dielectric is an entity ,in which equal positive and negative charges separated by equal small distance.
• In which each molecule has permanent dipole moment P
• This type of materials are known as polar materials
• Different molecules has different different directions of the dipole moment.
• In Non polar materials ,The ....etc

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ABSTRACT

Existing SoC debug techniques mainly target bus-based systems. They are not readily applicable to the emerging system that use Network-on-Chip (NoC) as on-chip communication scheme. In this paper, we present the detailed design of a novel debug probe (DP) inserted between the core under debug (CUD) and the NoC. With embedded configurable triggers, delay control and time stamping mechanism, the proposed DP is very effective for inter-core transaction analysis as well as controlling embedded cores' debug processes. Experimental result ....etc

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Network Probe using RMI


ABSTRACT

This Project is mainly focused on finding different active nodes connected on the network
And to perform different remote operations. The modules in this project are
1. Analyzing the network.
2. Remote task execution.
3. Remote Java properties
4. Host task Executor
5. Checking Remote Platform
6. Shutdown Remote Node
7. Adding New Nodes

Before proceeding operation in the remote network. It is necessary to add node name to the system using Add Nodes module. Once it is ....etc

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My name is supritha. I am final year b.e student. I want the source code for network probe using rmi. I have to complete this project urgently. so kindly mail me the source code ....etc

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hi,i want Terminal controller for network probe, usin RMI,project ,plz if we have this project plz send,thank you ....etc

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Characterization of radio frequency plasma using Langmuir probe
and optical emission spectroscopy
M. Nisha, K. J. Saji, R. S. Ajimsha, N. V. Joshy, and M. K. Jayaraj
a
Optoelectronics Devices Laboratory, Department of Physics, Cochin University of Science
and Technology, Kochi-682 022, Kerala, India
Received 21 February 2005; accepted 4 January 2006; published online 15 February 2006
The radio frequency plasma generated during the sputtering of Indium Tin Oxide target using Argon
was analyzed by Langmuir probe and optical-emission spec ....etc

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Ajaya Kumar Kavala
Research Scholar
Department of Physics
IIT Patna


Introduction of Dielectrics

Dielectric is an entity ,in which equal positive and negative charges separated by equal small distance.
In which each molecule has permanent dipole moment P
This type of materials are known as polar materials
Different molecules has different different directions of the dipole moment.
In Non polar materials ,The centre of the positive charge distribu ....etc

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AQUARIUM PROBE


ASHES T KULAMACKAL
RENJU CHACKO VARKEY
TOBIN JOHN VARGESE
Under the guidance of
Ms.Laghima
Senior Lecturer in Electronics & Communication Engineering
College of Engineering, Chengannur


ABSTRACT
In Aquariums ,constant monitoring of temperature by humans is a tedious process.Similarly the amount of dissolved solvents in water th. The circuit of aquatic probe described here can monitor the temperature of water and correct the variation in t ....etc

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Autonomous Stabilization System for a Coaxial Helicopter
ABSTRACT
The purpose of this project was the design of a fully autonomous stabilization system intended for systems capable of intelligent programming and navigation. This means that the design focuses mainly on the control feedback systems that control the helicopterâ„¢s motors that then provide lift to increase and decrease altitude, and produce a tilt about the helicopterâ„¢s central vertical axis which would be used for stabilization and potentially later ....etc

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The best optical microscopes can see structures in the 200 – 400 nm range, at their limits of resolution.
The STM can “see” structures on the order of 0.1 nm —another SPM, the AFM—can distinguish things on the order of 100 nm .
Optical microscopes are “diffraction limited”—the wavelength range of visible light (400-750 nm) sets the size of the smallest thing that can be imaged: ~ 400 nm.
Scanning Probe Microscopes don’t use visible light—they depend on measuring intermolecular ....etc

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