Electronic Book of Network Security: Introduction to Network Security

Technology is now widely used in a variety of educational support situations to improve the quality of education. It can be used to redress the imbalances of the old system and help in developing new teaching and learning strategies. The basis of this project is to design and develop an electronic book (E-book) tutorial to teach the basics of network security. E-books are developed with the intentions of overcoming the limitations of paper books. They have the advantages over paper books in that they are dynamic, reactive and able to provide the same features as well as new features such as hyper-linking, multimedia technology, digital annotating, digital book-marking and searching function. This project will pay particular attention to features and functionality of the e-book rather that the contents of the book. This project will involve the development of software application that will combine multimedia elements such as high-quality sound, text, photo images, two and three-dimensional graphics and animation into learning environment. The E-book will be created using Macromedia Authorware. In order to add interactivity and enhance the user interfaces to the e-book, Macromedia F1ash MX and Adobe Photoshop will be used. Finally, there will also be a quiz section for the user after they read the e-book

Local Contrast Enhancement Utilizing Bidirectional Switching Equalization Of Separated And Clipped Sub-Histograms

Digital image contrast enhancement methods that are based on histogram equalization (HE) technique are useful for the use in consumer electronic products due to their simple implementation. However, almost all the suggested enhancement methods are using global processing technique, which does not emphasize local contents. Kaedah penyerlahan beza jelas imej digit berdasarkan teknik penyeragaman histogram adalah berguna dalam penggunaan produk elektronik pengguna disebabkan pelaksanaan yang mudah. Walau bagaimanapun, kebanyakan kaedah penyerlahan yang dicadangkan adalah menggunakan teknik proses sejagat dan tidak menekan kepada kandungan setempat

Safety boots

Nowadays, safety boots are necessary and essential to workers in order to avoid harm and injury at a workplace. Safety boots can be defined as a personal protective equipment (PPE) for foot protection at workplace from getting foot injuries caused by sharp object, hot object, splinters, and corrosive from chemical. Safety boots are further divided into 2 style which is formal and informal. The use of safety boots is mandatory in a work environment such as: • Handling hard and heavy object • Involve in handling round object that may dropped at your feet • Workplaces that are hazardous • Work that involved sharp object • Working with electric cable • Work on a floor with static electricit

A Fundamental Mathematical Model of a Microbial Predenitrification System

Space flight beyond Low Earth Orbit requires sophisticated systems to support all aspects of the mission (life support, real-time communications, etc.). A common concern that cuts across all these systems is the selection of information technology (IT) methodology, software and hardware architectures to provide robust monitoring, diagnosis, and control support. Another dimension of the problem space is that different systems must be integrated seamlessly so that communication speed and data handling appear as a continuum (un-interrupted). One such team investigating this problem is the Advanced Integration Matrix (AIM) team whose role is to define the critical requirements expected of software and hardware to support an integrated approach to the command and control of Advanced Life Support (ALS) for future long-duration human space missions, including permanent human presence on the Moon and Mars. A goal of the AIM team is to set the foundation for testing criteria that will assist in specifying tasks, control schemes and test scenarios to validate and verify systems capabilities. This project is to contribute to the goals of the AIM team by assisting with controls planning for ALS. Control for ALS is an enormous problem it involves air revitalization, water recovery, food production, solids processing and crew. In more general terms, these systems can be characterized as involving both continuous and discrete processes, dynamic interactions among the sub-systems, nonlinear behavior due to the complex operations, and a large number of multivariable interactions due to the dimension of the state space. It is imperative that a baseline approach from which to measure performance is established especially when the expectation for the control system is complete autonomous control