Category: Telecom Projects

This category consists of Telecom Projects for final year students.Here you can download Telecom Project Reports and abstracts,telecom projects in c++. Projects listed here consists of project reports and source code for free download. Projects listed here for ece, tce, mba, final year students.

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Latest Seminar Topics Electronics And Telecommunication

List of latest seminar topics electronics and telecommunication: 

  Download latest seminar topics for electronics and telecommunication engineering students from this site. Telecommunication students can find latest topics on wireless communication, 3G based, mobile communication related seminar topics with paper presentations.

                        submit latest seminar topics electronics and telecommunication to us.

Links to download latest seminar topics electronics and telecommunication:

  1. Mobile Based LAN Monitoring Project
  2. Modeling a Grid Based Problem Solving Environment for mobile devices Project
  3. Mobile Phone Power Management System Project
  4. Location Management in Mobile Computing Systems
  5. SECURITY ISSUES AND COUNTERMEASURES FOR THE CONGREGATE NETWORKS LIKE VOIP
  6. Mobile banking GPRS Telecom Project
  7. SMS Gateway a GSM Telecom Project
download more related latest seminar topics electronics and telecommunication.
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Mobile Based LAN Monitoring Project

Mobile Based LAN Monitoring projects main aim is to implement a wireless application through which entire LAN network can be monitored with a simple wireless handheld network which works from anywhere irrespective of distance. Say, you have a LAN setup at your office. 

Sitting at home you want to learn the LAN status.

Administrator can send the Control Commands like Start process, Kill process from his/her Cell Phone to Control the entire LAN and receive all the notifications from LAN.

Features Controlled From Cell Phone:-

  •  Process List: Get the list of all the processes running on the remote machine.
  • Activate Process: Activate different processes in either the server machine or any of the client’s.
  • Kill Process: Kill the desired processes on either the server or clients.
  • Read: You can read the drives, folders, files of any of the client machines/ the server machine from the cell.
  • Open-File: A small text file residing in any of the client or the server machine can be opened on your cell phone.
  • Shut Down the client machines from mobile
  • Role Performed:- Analyst, Programmer, Tester
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Modeling a Grid Based Problem Solving Environment for Mobile Devices Project

Modeling a Grid-Based Problem Solving Environment for mobile devices projects the main idea is to provide a solution for improving performance in mobile devices. 

Grid computing is one of the fatly growing technologies for improving the performance of servers by interconnecting using the wired network for sharing of distributed resources.

Sharing include process speed, power distribution between different connected resources.

By placing all the devices in the grid the performance, frequency and signal strength of each device can be calculated. 

The main system acts as the server and the next system acts as the second server, all the other mobile devices are the subordinate system.

At present grid computing is most important for wireless devices where there is scope of improving performance of the system. 

One of the two major issues in mobile devices are network instability and nature of transmission medium.

download Modeling a grid based problem solving environment for mobile devices reference document. 

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Mobile Phone Power Management System Project

The fastest development of the cell phone company has outcome under millions of costumers of battery powered and handheld cell phones. Several costumers of these mobile phones would result telephones to be switch off since they should create an outgoing call and hence protecting the energy of the battery for weeks or days.

 Modern trends reduced in size considerably during the incorporation of many qualities and operations which need much battery energy. The outcome of this technological progress is the internal battery of the phone of net total physical volume of the phone and result for the great of net weight of the unit. The wish for lengthy functional time periods among battery recharge has enhanced.

When the gadgets find the incoming call then the gadget sends the signals to turn on the power of the battery to the microprocessor of the cell phone. It even sends the saved registration data to the microprocessor and hence permitting the phone to quickly make the dormant to active and to reply incoming call. This concept permits the phone to contend productively for weeks without the requirement of recharging of battery.

 Elements of mode of subsystem of power function to manage the less power and dormant functional mode of the cell phone. They are radio frequency (RF) to get RF signals. The mobile identification number (MIN) detector linked to result of RF receiver and the idle power is functional to switch. The memory saves registration data of telephone. The baseband converter changing from MIN detector of analog RF signals to digital signals. The battery power circuit functions the switch of the mobile telephone. The basic control circuit sends the signal to battery circuit.

 Conclusion:

The power organization of mobile telephone of concept and methods is revealed which positions the phone within the idle, dormant, or mode. Under this dormant, the power of the battery is merely supplied to the gadget including mobile phone which functions incoming signals of radio frequency (RF).

Download Mobile Phone Power Management System Project

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Location Management in Mobile Computing Systems

Controlling place data of mobile nodes is the essential problem under cell operating forms. There is the trade-off among place update attempt and node searching attempt. This Location Management in Mobile Computing Systems project portrays the vital situation organization procedure which has following characters. The location servers do not sustain place data of each mobile place and coterie based concept which is accepted for place update and search.

Place updates are accomplished at the location servers and subset of location servers are asked on placing the mobile node, location servers, corresponding to mobile node, location update and operations is important, the vital character assists to remove conditions of burden on servers. Hence, location organization is accomplished presently and responsibility is distributed between location servers.

The movement of nodes under the network increases the problems under the organization of location nodes data. The location directory should dynamically update the account for the movement of the MHs. The model of a location directory increases essential problems.

Considering the cellular telecommunication system which classifies the geographical area assisted through smaller areas known as cells. Each cell includes the base station and it is derived from mobile service station (MSS).

The mobile service stations are linked to on another over the rigid wire network. The mobile service place is present under wireless communication including mobile hosts. The mobile host modifies with time which shifts from current cell to neighboring cell.

Conclusion:

It is concluded that the capability of mobile hosts (MHs) shifts from one place of the network to other place under cell computing world and makes it different from static networks. Not like static management, the topology and network configuration modify under cell computing methods.

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Security Issues and Countermeasures for The Congregate Networks Like VoIP

This Security Issues and Countermeasures for The Congregate Networks Like VoIP thesis work was done in-depth to analyse all the concepts of VoIP technology and the information discussed in the following chapters to create a good outline and to discuss the design of VoIP technology in terms of conceptual model and gather the features that could be useful for projects, with parameters that are already tested.

This thesis work involves a five-heads model, for providing answers or related information to various types of technical and business queries which are considered to be crucial for explaining the topic. Initially focusing on the theoretical overview of VoIP technology, analysis basic components of VoIP security, varieties of threats to businesses when adopting VoIP, best practices security measures and finally simulation of VoIP project.

There is a demand and growth for signaling systems and this uses the data networks to transfer the voice calls. The main part of the signaling system architecture is the VoIP calls to VoIP. For the signaling protection there is mandatory module .

download  Security Issues and Countermeasures for The Congregate Networks Like VoIP project.

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Mobile Banking GPRS Telecom Project

Introduction:

          In today’s current scenario, the need of the hour is to improve and enhance the way banking transactions are done. To make use of computerized banking, one needs to be in the vicinity of banks to go there. ATM has also minimized our banking procedures but even then one needs to physically to the ATM to operate. Internet banking is the next big leap. However one needs to have an internet connection to access it.Mobile-banking-GPRS-Telecom-Project

   The project “Mobile banking GPRS Telecom project” explains the concept of using mobile phone for banking operations. This system generates a term that is E-cash which allows round the clock transactions. The technology that is required to implement this technology on phones is J2ME and GPRS connectivity on your mobile. Oracle 9i is used for database.

Description:

             The project Mobile banking explains all the technologies that are used by a mobile to carry out transactions. The Java platform is for mobile devices and is known as J2ME. It was introduced by Sun technologies in the year 1999 for mobile devices. This is a subset of Java 2 standard edition. It is used for programming purposes for the mobile device. GPRS is another technology used and stands for General Packet Radio service.”

        The GPRS technology allows more data transmission and enables faster communication with the service provider. Data is transmitted in terms of packets. For extensive connectivity, MIDP is used as it also offers end-to-end security. Oracle 9i is used for the process of data recovery and is internet based. Also it is easy to use for mobile banking transactions.

Conclusion:

       The project discussed here can be applied to a wide variety of applications. It can be used for hotel reservations, flight reservations, mobile shopping and in security systems. In the future through mobile banking one could have loan access facility, DD orders etc.

download Project Report of CSE Mobile banking GPRS Telecom Project .

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SMS Gateway a GSM Telecom Project

Introduction:

The project “SMS gateway a GSM Telecom Project” is a project designed to implement a SMS gateway that aids in communication with a GSM modem using AT commands.

This system has a graphical interface and is used for interaction with the user. This in turn will communicate to a modem using HTTP or some other protocol.SMS-Gateway-a-GSM-Telecom-Project

The main aim of this project is in the facilitation of sending and receiving SMSes with the help of a computer system that is connected to a GSM modem.

Also, to study AT commands and how it is implemented in the GSM modem. Here, a GUI based application is designed for sending and receiving messages and storing these messages in the computer memory.

Description:

The architecture of this project SMS gateway is pretty simple. The main requirement is that a GSM modem and a computer are connected via a connection like Bluetooth, USB cable, etc. This GSM modem must be connected to a network carrier.

This gateway is needed for sending and receiving signals. The gateway has been decided in C language and on .Net platform.  The gateway communicates to the GSM through the AT commands.

The SMS gateway is connected to the user through text message application and can receive HTTP request or can send HTTP response to it. There are two ways for sending SMS messages from a computer to the mobile.

One is by connecting a mobile phone to a computer. Another method is to connect the computer to an SMS center or an SMS gateway of a wireless carrier.

Related Project on SMS and GSM:

Send and Receive SMS Using AT commands in C#.Net

Conclusion:       The project discussed here is a very effective process to send and receive messages via a GSM modem. Study of AT commands has also successfully explained here. Further enhancements could be done to the GUI system like adding contact details, provision of sending MMS etc. 

download Project Report of CSE SMS Gateway a GSM Telecom Project .