Design and Implementation of Butter worth Filter Using VHDL AMS

Design and Implementation of Butter worth Filter Using VHDL AMS projects main idea is to develop a system which can be used for easy designing and performance. Using this system it will be easy to simulate entire circuit at each transistor lever before design is conformed. This project helps companies to submit their work in time without and delay.

In order to understand entire process of the transistor-level behavior and variations in between its design and its top level functionality model should be closely absorbed.

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Advertisement Management System Project

Introduction and background

Interactive advertisements have become very popular among the media/internet. Companies however, invest huge budgets to advertise their products online in order to spread the word out. Programmers and designers have endless work on creating different types of advertisements to display by region, ages, genders and likings in order to target significant human being to convince to click on advertisements.

To create an online application that automates advertising clips creation.

What problem will you address?

The requirements and specification of the application is set high, there is a detailed needs for the application.

The idea behind the application based on five main concepts;

  •   Making the advertisement easier
  •   Saving time
  •   Saving money
  •   No programming knowledge should be needed to use
  •   Good looking GUI

a)    Based on the requirements, there might be a problem with the time limit, this project may over run and break the time limitation. It has to be handled very delicately by scheduling and focusing on each and every task.

b)    The application should look good and easy-to-use also should not lose its performance speed, it will be hard to optimize.

c)    Choosing correct web technology and programming language. Web 2.0.

d)    Implementation, security and testing should be done carefully.

e)    Client is declining to use any open-source; therefore it might take more time to implement.

f)     It is planned to be sold forward therefore the application should be professionally made.

 2.    Why is the project important?

It is an important project for me to gain working experience and to add up new skills while working on it. It will be learning and business oriented project also will open up new opportunities for the future.

 3.    What are the benefits to the stakeholders?

Stakeholders planning to sell the application forward for their clients and keep me work on different versions if they are satisfied with it.

 4.    How does it relate to previous work and existing knowledge?

This work is on a different scale, concept and the purpose are different. I will take advantage of the new technology and will try to gain new knowledge. If possible I will pass it on to make it available for everyone.

Aims

  1. 1.    What will the project deliver? Are there intermediate or enabling deliverables?

The project will deliver great work experience, contacts, new knowledge and skills and possibly a job.

Source code, documents, project plan, tasks schedules, screenshots and demo application.

The main goal is to build and deliver successfully requested application which will automate the online advertising clip creation with quality.

Technologies and Resources

  1. List the major resources required.
Software Description Operating System
HTTP Open-source server that provides HTTP services. Linux (Debian)
PHP PHP – popular and powerful, hypertext pre-processor also known as widely-used programming language.
Mail Server Exim – message transfer agent. Linux (Debian)
Database Server (SQL) MySQL – world’s most popular free open-source database application server. Linux (Debian)
Secure Shell Server (SSH) To transferring the data securely between server and workstation. Linux/Windows 7
Domain Name System Server (DNS) A hierarchical naming system for locating the addressing using domain name in WWW. (domain for testing purposes) Linux (Debian)
Jasc Paint Shop Pro To handles graphics Windows 7
Adobe Dreamweaver  Helps to create HTML/CSS/PHP design and coding. Windows 7
SSH-2 Client & Putty  Helps to exchange the data securely between server and windows. Windows 7
FireFox + Internet Explorer + Opera  Different browsers to test application performances. Windows 7
Microsoft Office To handle documents. Windows 7
3D Studio Max To create unique 3D logo for the application. Windows 7
Flash Adobe flash for scripting and animation Windows 7

 Many of the listed applications are downloadable for free, I use Kingston’s MSDN software download centre to obtain some applications and others are provided by the company.

What technologies are you going to use?

The project is on the planning stage, as we discussed with CEO in the last meeting he has suggested to use: PHP, Ajax and MYSQL as the main technologies. But it is still in the discussion future meetings with my client may change the type of the technology.

 3.    Where will your data come from?

There’s a process of a research that we discussed in our last meeting with the client. We have planned to create questionnaires for 1000projects customers to answer before we select main features of the application, which means the data will be collected from them.

Method and Work plan

How will you use the technologies and resources to achieve your aims?

As mentioned before use of the technologies may change depending on the design implementation resources situations, but certain technologies are taken into the main consideration for building the application, such as; HTML, PHP, MYSQL and Ajax. There are also other tools that are to be listed later when creating a detailed tools analysis for testing, optimization purposes.

Methods and work plan: During the project it will be managed remotely. Communications tools such as Google Talk, Skype, MSN and mobile phone will be used to contact between client and developer (myself).

Developing a tool / systematic way to look for vulnerabilities / risks in e-banking processes

The project will analyze the e- money fraud which is a serious problem in the e-banking. Accordingly, some examples of the e-money fraud will be modeled and are then used to develop a tool or a procedure in order to identify the vulnerabilities and risks in the e-banking process. This will not only help in fixing the exploits in the process but also help banks in preventing future exploits. In addition, this tool can be used for testing the e-banking process before they are deployed.

Introduction: Nowadays, there is a significant increase in the use of online banking and most of the purchases by customers are done via internet. There should be a secure way of performing the online transactions. Though some security measures are taken by the banks, we can still see many frauds taking place in the internet banking. This makes it essential to develop an efficient tool that can identify vulnerabilities in the process and prevent them.

Interested Stakeholders:

As this is related to e-banking, bank organizations will be interested in this tool. Other organizations like e-bay, Amazon can use this tool.

Problem Addressed

The project will focus on the issues of false transactions taking place on the internet.

 Why is the project important?

With the rise of e-money frauds, it is essential to have a tool/procedure to identify the vulnerabilities in the e-banking process. It will provide a good opportunity to apply the concepts learned in the course.

 Benefits to the stakeholders

Organizations can use the tool/procedure to identify the vulnerabilities and hence improving their business and  service to the customers.

 Aim

The project will deliver a tool/systematic way to identify the vulnerabilities in the e-banking process. Models of e-money fraud, procedures to analyze them will be part of intermediate deliverable.

 Technologies and Resources

List of major resources

Websites, newspapers, case studies of e-money frauds, academic technical reports, university library and other sources like twitter.

Technologies

BPNM ( business process modelling notation), C++, Internet Explorer, ORACLE will be used. Use of technologies may change depending on the requirements as the project is still in the planning stage.

 Method and Work Plan

BPNM will be used to develop models of fraud in e-banking process. The developed models are then analyzed in order to develop a tool/ systematic way to identify vulnerabilities. The tool will be developed using C++ and other technologies. Developed tool will be tested if it could identify the threats in the developed models. 

Implementation OF CDMA Signaling Technique Using Mat lab

Implementation OF CDMA Signaling Technique Using MatLab Projects main idea is to provide solution for GSM networks for increasing scope of coverage to rural areas. In present telecommunication industry many networks are not providing services to the rural areas because of few customers and high installment cost.

In order to solve this problem we propose a method called wireless radio network. But there are few draw backs with system by considering Present multiplexing techniques like TDMA. In wireless radio network each area need to devided in to large cells. In this case there will be signal loss and delays by using TDMA.

In order to solve this problem,  CDMA and Coded Orthogonal Frequency Division Multiplexing techniques are used as alternative to TDMA. In time division multiplexing there is high symbol rate which is leading to problems in multi path causing inter symbol interference.

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Related posts:

Design and Implementation of a Digital To Analog Converter Using VHDL AMS

Design And Implementation Of A  Digital To Analog Converter Using VHDL AMS Project explains about designing a new system through which complex designs can be made easy and feasible. Using these system designers to design model systems quickly and provide best way to simulated chip design and performance at the starting stage of design.

This application will provide users to simulate entire design by dividing each block logically. This process can be continued until final design is finalized. Basically in order to design this type of applications it may take more than few months but by busing this application it can be complemented in weeks which will help companies to reach their dead lines in time.

New analog to digital converter is combined with different digital interfacings and interactions. In old SPCE tools users need to develop different analog and digital sub systems in isolation.

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Online Banking System Project in Java

 The main aim of this Online Banking System Application is to provide easiest & secure facilities to the banking customers, The advantage of this online banking method is to reduce the man power & time consumption.

The Introduction of this Online Banking System Project in Java gives you the opportunity to provide your reader with an overview of the document. Firstly, introduce the project information like requirements; secondly, outline the key areas to be covered; and identify all primary aims and objectives of the Online Banking System.

 Attacks on online banking system :

Attacks on electronic banking are becoming very challenging issue today. The main e-banking attacks are Phishing, Trojan horses, Domain Name Server (DNS) spoofing, Pharming, Interception of Networks, Attacks on bank web application programmes, and attacks on database servers. The Phishing and Trojan horses are very severe attacks prone to affect at customer level. In this level, the attack is subjected in between user and computer.

Download Online Banking System Project in Java Final year Engineering Project with code.

Bank Management System

On the other hand the Stanford federal credit union was the foremost financial institution to facilitate online Bank Management System services to all of their customers in the year of 1994 October.

These days, plenty of banks are considered to be only internet banks. Unlike their precursors, these only internet banks not at all maintaining big buildings or centralized branches. as an alternative, typically they are differentiating themselves by providing effective interest rates and convenient secure electronic banking facilities.

Online Attacks: Majority of the online attacks in regard to Online Bank Management System used today are largely depends upon to be regarded with suspicion of the user to theft login information and validated Transaction authentication numbers as well as PIN numbers. The best familiar examples for such attacks are Pharming and phishing; X/Cross-site scripting and Trojan horses/Key loggings are those that can also widely used to rob the information and transactional data.

The manipulation of electronic banking patterns was largely based on a type of attack signature uses a software that correct and verifies the banking transactions are displayed on the monitor and fake banking transactions are signed in the background of application.

The most latest Federal deposit insurance corporation’s enterprise architecture technology Incident Report compile from apprehensive activities reports banks file periodical, listed all together 536 cases related to computer hacking and intrusion, with $30,000 average loss per incident filed. That results almost $16million loss in the year of 2007’s second quarter. Computer hackings and intrusions rapidly increased by 150 percent between the 2007 first quarter and the second quarter respectively. Almost in 80-90 percent of the cases, the chief source of the infringement is unidentified but it is only occur during online electronic banking, as the Federal deposit insurance corporation’s report states in their research as day-to-day several new types of intrusions are evolving (Kreizman and Blanton 2005).

The most recent and violent kind of attack is Man-in-the-Middle Trojan attack and is so-called as Man-in-the-browser attack. It was represented as “MitM” where the Trojan horse allows a remote synthetic attacker to destroy and modify the account number destination path and also the amount maintaining in the account.

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Bank Management System Project Report in Java

EVOLUTION OF Bank Management System Project Report in Java: The Online Bank Management System services are well known as distance banking services operated through electronic medium. The predecessor for the online banking services is the detachment banking services through electronic media from the early 1980s. The word online became most popular in the late 1980’s and referred to the use of Information technology infrastructure like computers, servers, and cables to access the bank transactions using a telephone line. Tele banking may also refer to the use of numeric keys to send signals via a telephone line comprising transactional instructions to the bank. The first online banking service started in New York in the year of 1981.  Citibank and Morgan chase provided home banking services using the Minitel-Videotex system. Soon after the commercial failure of videotex system the home banking services on no account become accepted except in France and some European countries where the use of Minitel-videotex was continued by the telecommunication services. In the case of United Kingdom, a data view technology called Prestel was used.

The Bank of Scotland started first home banking services in United Kingdom for their customers of the Nottingham building society in the year of 1983. This home banking system implemented by the Bank of Scotland was based on the United Kingdom’s Prestel system. The Prestel system was also known as View data technology which is developed by Post office limited. The IT infrastructure used for this purpose was BBC Micro computers and Tandata TD1400 systems are jointly connected to the home telephone line and television sets.

The Home link system permitted on-line checking of bank statements, money transfers and payment of bills. With the aim of making money transfers and bill payments, a written form of instructions providing the details of the proposed recipient had to be sent to the Nottingham building society (NBS) a governing body who place the particulars in to the customers ‘Home link system. Distinctive recipients were mainly electricity, gas, and telecommunication companies and their accounts with other national banks. The payment details are to be produced were inputted into the NBS governing system by the account holder/customer through the Prestel home system. A bank cheque was then send by Nottingham building society to the payee and an advice slip giving the complete details of the payment made and was sent to the account holder of the bank. Banker automated clearing service was later on utilized to perform money transfer and the payments directly to the bank.

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Implementation of DCT and IDCT Technique on Image Compression Using VHDL

Implementation Of DCT and IDCT Technique On Image Compression Using VHDL Projects main idea is to develop a efficient compression method for images. DCT is a efficient mathematical method which can convert data from amplitude representation to frequency representation. As DCT is one of the mostly used method for filtering, multiplexing , speech coding and image coding. 2D DCT is mostly used in image compression. This is also used in telephone coding schemes.

DCT compression technique will be perfect for image compression because of it energy compaction property. In most of the images energy is concentrated at low and middle frequencies and middle frequency is visible for a normal human eye .

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Bank Management System Project in Java

Developing a tool/systematic way to look for vulnerabilities and risks in Internet Bank Management System processes.

LITERATURE REVIEW: The attacks and frauds on Online Bank Management System are becoming very severe issue and leaving the banking sector in a deep crisis. This research work mainly concentrates on the types of attacks on internet banking, classification of attacks, structure of different types of attacks, and development of a frame work to tackle the problem.

UNIQUE COMMON FEATURE IN Online Bank Management System:

The common unique feature in Bank Management System is providing support to manage personal finance. This process involves importing of transactional data in to accounting software. The accounting software is considered as banking platform that supports aggregation of a person’s account.

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