Category: CSE Paper Presentations

Introduction to Technical Paper Presentation for Information Technology on Blue Eye Technology:

Blue Eye is defined as the technology that provides means for monitoring and recording the operator’s basic physiological parameters. If we add such abilities to the computer then it will make the computer more powerful. Imagine if we are sitting in front of the computer that can listen, even talk it is the era of the computer. We have a technologies facial recognition and speech recognition, a mouse that can feel our touch. This type of computer can also recognize our emotional and also physical state.

System overview: – Blue Eyes system monitors the status and the parameters of the body like heart beat and blood pressure. Blue eye technology consists of mobile measuring device and a central analytical system. In mobile device Bluetooth is used between sensors to transmit data. Central system unit is used to handle personalized ID cards.

Emotional Mouse: – This mouse is used to develop for evaluating the user’s emotions such as anger, fear, sadness, disgust, happiness etc. It can also sense the behavior the of the user like mouse movements, button click frequency and finger pressure. It can measure physiological information of the user like heart rate, skin temperature and skin electricity.

Application: – It can used in shopping malls, in it works by tracking eyes, pupil amd mouth movement. It also used in mobile industry by simply touching the computer input and it also design to determine person’s emotional state. It also gives response to facial response.

Benefits: – It prevents the user from dangerous incident. It also minimizes the ecological consequences. It also technical means for monitoring and recording human operator. It also monitor physiological. It also transfers data through Bluetooth. And this technology is applied in many working fields like power plant, captain bridges and operators attention.

Download  Technical Paper Presentation for Information Technology on Blue Eye Technology .

There various kinds of ideas of projects for students. They can develop a project on gaming to learn phonics. They can develop the prefect on motion capture which has the technique of facial animation. In it we can create prototype to improve the area of animation in 3D. We can create much animation in this field which captures the full body

We can create visual words and environments; this is the use of VWs and VEs for communication and learning. It will generalize the real world of skills. We can do argumentative and alternative communication; with the use of this technology we can do communication from people.

The idea of e-learning is very good but relatively it has given less attention and this topic is interesting and challenging one. For developing this kind of project we will require good programming skill and this project is mostly concern with finding out the solution of the problem. Today an e-assessment of mathematics has made some progress but we can expand it more.

For learning mathematics we can develop game such as pyramid. This will make the teaching of moths very easy. This project will also require many technologies such as java script or flash at the client side and it will user interface skill.

For developing project you can have your own idea but for this you will have to bring new ideas and thoughts. Many projects are of comparison type it means they need to be compare and the criteria used for it are: – testing, in which testing is done of the project. Second is frame work, in which comparison is done from web application and the third is tools, in which is comparison is done on the basis of version of the software.

Download  CSE Project Ideas for Students .

This report mainly includes two topics; first one is sending an e-mail message to a standard e-mail account and second is sending a message to a cell phone or pager. This kind of approach uses SMTP client. In this all message are send from ASP.net pages. In SMTP e-mail we have to add ‘cc’ address as message receipt and then add attachments to the email and then the message portion. And in order to send message we have to learn some necessary code for it.

In SMTP demonstration we have to unzip the attachments and stored ion the system pointing to the web application form IIS and then open it in visual studio. It has two pages first one is to send a message by using library class and other is sending message to a cellular phone.

IIS configuration:- For sending an email message through a SMTP mail sever we have to do successful configuration of the local IIS. If even we install IIS the SMTP installation is optional. If STMP mail server is not install on the system and you are sure about it then go to the IIS control panel and check for the installation for this we have to use add or remove component function from the control panel.

If the SMTP sever is install then we can configure it to send the email and for doing its configuration we have to open IIS control panel and then we have to locate SMTP sever and configure it. If in it there is no IP address is shown then we have to add it. Once we have done all settings for SMTP sever and it is successfully setup then we can close it and use it to send email or message.

 Download  CSE Latest 2012 Seminar Topic on SMTP .

Introduction to Smart Dust Seminar Paper Presentation:

They are the tiny devices that are advanced in the integration and the energy management. They are developed with the help of the MEMS technology.  They are the mechanical systems that contain many mechanical elements. There devices are made of many components like MEMS sensors, optical receiver, signal processor, and batteries for power source. They use very less power.

It contain microcontroller that determines the working of the device, which task need to be performed. It continuously collects data from all the sensors and then converts them into the physical data, or mathematical data for manipulations. These devices are also called motes.

They use radio and optical transmission for the device.

Radio transmission: for such transmission they require the antenna of proper height. They work on the transmission of radio transmission. But it has some limitations like it require space for antenna setup. They also require modulation and demodulation of radio frequency.

Optical transmission: they also three techniques like:

–         Passive reflective systems: they use special device like CCR. It consists of three mirrors that are connected to each other such that they reflect back the incident light parallel in the direction they entered.  But it has some limitations like it only works for small base band so it cannot be extended from more than 1 km.

–         Laser based: this technique used laser light for the transmission. It has the high power density.

–         Active optical transmitter: it is direct communication between the nodes. In these techniques they can connect over longer distance ant very low bits.

Applications: they are used in the military for security of soldiers, they detect the biological environment and then notify the soldiers that it contain any harmful substance or not. They are also used in the medical field for monitoring the movement inside human body or insect body also.

 Download  Smart Dust Seminar Paper Presentation .

Introduction to Smart Sensors Presentation:

There are many fields where sensors can be used. It is used to detect fire and rain detection and can be used in health care. Sensors greatly contribute to electricity production through coal. They can be used in solar energy collection which track the sun rays to track the power and they can be turn on and off by using sensors. The smart grid is an innovation that has the potential to revolutionize the transmission, distribution and conservation of energy. Defining the smart grid is not easy as it too hard to define but it can be in two ways its characteristic from solution perspective are more efficient energy routing, better control of energy, two way flow of energy. The new and advanced grids allow more efficient energy transmission.

Smart devices and smart metering: – It includes sensors and sensors network and it can be used at multiple points along grids. They play a vital role in remote monitoring area. Electricity providers get better picture of energy customer’s. Energy can be priced according to real-time cost. Customers are aware of the real cost of power bills. It also includes system based on artificial intelligence and semi-autonomous software.

Advanced control system: – Advanced control smart grid can monitor and control essential elements of this grid. It uses computer based algorithm for data collection and analysis. In new subsystem the information is available in the whole grid and thus provides better power transmission. In this faults can be detected at faster rate and its repairing time can be reduced.

Conclusion: – This report gives overview of sensors and sensors network and its selected field of application. There is many technologies which are at early stage of developing. Many programs are done to increase the use of sensors and contribute to industry wide solution.

 Download  Smart Sensors PPT Presentations .

Introduction to Seminar Topic on Smart Spectra:

Introduction: – It is smart multi spectral system that fits somewhere between two approaches. The systems which measure spatial resolution are classified according to the spectral resolution or spatial resolution. In much application image processing is involved. There are many cameras which provide 2 D spatial resolution of RED, GREEN and BLUE (RGB) and also provide six bands which are narrow as 5mm. for some application each band can be configured to acquire a linear combination of narrow bands.

Multi spectral Devices: – The devices which are available in market and similar to it are spectrometers. This is used to analyze a point, line and a bi dimensional image. In it the point spectrometers are based on spectral dispersion of light beam using prism. There are many multispectral devices such as Acousto optic tunable filter (AOTFs), these are solid state device that act as electronically tunable band pass filter.

Imaging Sensors: – It uses 2 D sensors in cameras and these are based on three different technologies they are, CCD sensor, they are composed of matrix of photo gates on which light is collected and its characteristics are depend on field of application. Another is CMOS sensor amd these form matrix of photodiode. In it the uniformity is very low but the read out speed is high and the last one is intensified sensors which boost the CCD technologies in low light level conditions.

System Description: – It is classified in two categories they are the sensors and the host computers. The sensor part includes optics and electronics and computer part include driver for sensor configuration and this host computer is further divided into three categories, they are driver for camera, ATFS application and toolkit

Application: – It is used in various fields such as agricultural, remote sensing, medical spectral imaging, archaeology, fruit and vegetable assessment, arts etc.

 Download  Seminar Topic on Smart Spectra .

Introduction to Smart Sensors Presentation:

The tremendous increase in integrated circuit is because of progress in semi conductor device which result in low cost microprocessor therefore it is possible to design low cost silicon based sensors which reduced the cost of control system. The main aim of integrating circuit is to design intelligent sensors which are called as smart sensors and it can perform many functions such as logic function, two way communication and decision making.

Usefulness of silicon technology in smart sensors: – A smart sensors utilize the properties of silicon materials. Silicon integrating chips make the sensors chip to have the single solution chip. Many of their physical effects can be used in making sensors. In this silicon can be used of sensing wide range of radiant signals. Silicon can be used for measuring force and pressure. Silicon can be used for showing temperature. Silicon is non magnetic material therefore it can be used for making sensors.

Importance: – Smart sensors have processors therefore it can be used for correction of many different sensors. The coat of the sensor depends on the setup which is done inside the sensor. Through it digital communication can be possible. It has much application like self calibration, computation, communication and multisensing. It increases the system reliability. Since in it the signal is not transmitted through wires therefore noise disturbance is very low.

Design: – design of smart sensors depends on the specific application for which it is made. It includes many functions such as sensor excitation, analogue input, data conversion and control processor. There are many different smart sensors such as optical sensor which is used in cameras, infrared detector array it sense the temperature, accelerometer and integrated multisensor which can sense gas flow, chemical reaction, cantilever, vapour sensor.

Conclusion: – From these developing sensors we can say that in coming decades a large number of sensors will going to develop.

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Introduction to Smart Sensor Seminar Topic:

Smart sensors are the nest revolutionary tool which senses the data from the real world. Smart sensors are capable of prediction, interpretation and communication. For this purpose the system must be reconfigured and perform the necessary data interpretation, fusion of data from multiple sensors. These sensors also provide functions that perform computation of complex sensing and actuating task with high level application.

Its function can be classified in three terms of compensation, it provide the ability to system to detect and changes in the network environment and second one is information processing, which aims the data processing and interpret the collected data and third one is communication and integration in which communication standardized the network protocol and integrated one does the coupling of sensing and computation of chip level. Another one is validation sensors in which required to avoid the potential disastrous effect of the propagation of erroneous data. Data fusion is another one in which combine information from different sensors.

Smart sensor network: – A sensor network is a collection of sensors interconnected with each other by a communication network. A sensor network is made up of individual multifunctional sensor nodes. It has much significance like sensing accuracy, area coverage, connectivity, minimal human interaction.

Challenges: – There are many challenges in smart sensors they are changing network topology, in its high level services communication protocols are required and another is resource optimization.

Application of smart sensors:- It uses in tire pressure monitoring in this information is wirelessly transmitted to the driver and another one is, bush wire response, intelligent transportation, health monitoring, water management and eco system monitoring and robotic landmine detection, in it sensors are used to detect and deactivation of mines.

Conclusion: – The smart sensors are very costly, highly accurate and reliable. The smart sensor revolution will going to effect the market in the whole world.

 Download  Smart Sensor Seminar Report .

Introduction to Smart Note Taker Technology:

It is a device that uses java applet program for its working.  It traces the motion of the pen and then draws the word and shapes on the computer.  It means when we write using the pen it is directly converted into the words in the file like word file that can be edited. It also used in the seminars by the teacher. It is setup like that it can it can identify more than 20 languages.

It uses special pen that comprises of sensors, memory, processor, battery and display. When we write it try to detect the shape and capture the motion and then display on the monitor. Now this information can be send to other computers using network. It also works if we write in the air. In case if you draw the shape then it draws the shape looking like that on the computer screen. For that it uses java language that support graphics very well. We generally use to two types of note taking: Standard and computerized.

There are different types of noted taker are available in the market like:

Pc note taker: they are the most advanced note taker. That uses real time for that, and capture the movement of the pen and then display them on the screen. They are also compatible with the note books.

I-Pen: they are the portable device that uses USB to connect with the computer then detect the motion of the pen.

Smart pen: it is just like a pen but it comprises of small computer and sensors that are embedded with the pen.

Advantages and disadvantages:  it is very accurate and also detects our normal handwriting. As it uses java language so it is compatible with all the graphics software. It is very costly for daily use.

 Download  Smart Note Taker Abstract .