Java程序辅导

Master of Research/Science/Computing
Discipline: COMPUTING
Unit Codes: COMP791, COMP792, COMP793, COMP794, COMP795, COMP796
Unit Name: Research Topic in Computing
ELECTIVE UNITS
Discipline Unit 
Name
Unit Description
Enterprise 
Application 
Integration
This unit covers a range of topics in business process management,including workflow and 
integration of distributed systems. With reference to a current case study, we map the information 
flows in a B2B integration scenario and assess the available technologies. In doing so, we analyse 
factors such as cost, performance, security and scalability, recommend a design and construct a 
prototype.
Advanced 
Database 
Applications 
Development
This unit will focus on the activities, issues and techniques involved in developing database 
applications. This subject will cover three major phases of software development process for 
database applications: analysis, design and implementation. The analysis and design topics will 
concentrate on various methods and techniques of software requirements elicitation, 
specifications and management.
Information 
Systems Design 
and Management
This unit focuses on enterprise management information systems and the technologies used in 
their design, implementation and maintenance. The alignment of information systems with 
business strategy, socio-technical aspects of system development and e-commerce systems are all 
explored. A case study analysing business processes for an enterprise systems project is 
conducted.
Project and Risk 
Management
Topics include project definition, scheduling and milestones, organisation of development and 
quality assurance teams, resource allocation, cost estimation, cost/benefit analysis, risk analysis 
and management, factors that affect costs, version and change control, quality and process 
improvement methods, the use of quantitative methods, distributed and concurrent engineering, 
and the management of composite hardware/software systems development.
Enterprise 
Management
Topics include competitive positioning, business information and technology, deployment of client-
server computing, integrating mainframe and personal applications with a client server network, 
deployment of client-server computing on an enterprise-wide level, telecommunications, 
local/global issues, system security, legal issues, general and personnel management issues, R&D 
management, innovation and technology transfer, marketing and presentation (written and oral) 
skills
Computer 
Networks
This unit concerns itself with the design and implementation of real-world computer networks. We 
consider the various layers of modern network systems design, from the physical medium, through 
software protocol layers to the application protocols. Technical issues inherent to each layer are 
examined including routing, error detection and correction, flow control, connection management, 
data representation and network security management.
Network 
Management
This unit covers architecture, analysis, design, standards and migration issues related to the 
operation, management and control of distributed systems and communication networks for 
voice, data, image, and networked computing. Initially the focus is on the fundamental building 
blocks of network management architecture. These basics are built upon by discussing advanced 
topics including Broadband and Web-based network management, telecommunications 
management, security management, management platforms and applications/research issues such 
as delegated agents and management of mobile or ad hoc networks.
System and 
Network 
Technologies
This unit will look in detail at the following commercial operating systems: Microsoft Windows 
2000, Microsoft Windows 2003, HP/UX Ili, Solaris 10, Red Hat Linux, IBM MVS, IBM OS400 and 
OpenVMS and explore how secure they are in a commercial environment. This unit will include 
hands-on tutorials on most of the operating systems and will also include threat and vulnerability 
analysis of common configurations. As operating systems provide the environment upon which all 
application processing is based, knowing their strengths and weaknesses will help in understanding 
how to make commercial environments more secure.
Master of Research/Science/Computing
Systems 
Engineering 
Process
Topics include the software development life cycle and its phases, generic and project specific 
aspects of the life cycle, risk, estimation methods, process models and modelling, process 
maturity, process improvement, metrics, experimentation, reliability, experience packaging, 
organisational issues, socio-technical aspects of process, software evolution, process-centred 
development environments and standards.
Object-Oriented 
Technology
Object-oriented design approaches apply methods for producing applications software that place 
correctness and reusability as principal aims. Its tools include object classes, inheritance, message 
passing and polymorphism. This unit examines object-oriented design and programming with 
applications to simulation.
Advanced 
Programming in 
Software 
Engineering
We consider the influence of advanced programming techniques on the software engineering 
process. Students study one or more modern programming languages, focusing on features that 
directly support process phases such as specification, design and validation. Examples include 
using equational reasoning in functional languages to support specification, or aspects in object-
oriented languages to enable system decomposition according to cross-cutting concerns.
Network and 
Systems Security
As organisations and users increasingly rely upon networked applications for assessing information 
and making critical business decisions, securing distributed applications is becoming extremely 
significant. The unit is concerned with the protection of information in computing systems and 
networks. It will address concepts and techniques for securing distributed applications.
Security 
Management
The intent of this unit is to provide students with a working knowledge of commercial information 
security governance requirements, tools and techniques. The unit has a practical focus with 
tutorial and lab work that will include aspects of physical security and hacking, information 
security architectures and the creation of a dummy company on which the tools and techniques 
will be developed and tested. Topics include an introduction to information security, standard and 
governance, risk management concepts, security threats, controls, practical hacking, server 
hardening, evidence collection, business community planning and DRP, creating an enterprise 
information security framework, and EISF/ISMS certification.
Security and 
Forensic Discovery
This unit covers the fundamental technologies and processes that underpin good systems security 
management within modern organisations. We consider the underlying mechanics of ICT security 
infrastructures, security requirements, security architectures and models, cryptography, secure 
protocols, authentication, key management, PKI, access control, auditing and intrusion detection.
Introduction to 
Distributed 
Systems
This unit covers both fundamental issues and recent trends in distributed computing. We examine 
the complexities of distributed communications systems such as partial failures, shared memory, 
scheduling problems and multiple clocks. Networking protocols and other industry standards are 
discussed. Lectures will mostly be expository and conceptual and aim to provide a solid 
understanding of distributed systems and related enduring issues.
XML Technologies A thorough introduction to the technological fundamentals of web-based e-commerce, 
emphasising the application of XML(eXtensible Markup Language) as a tool for structuring 
transactions and organising complex dynamic information. Topics include document computing 
(webservers, XML, XSLT), web services (application servers, SOAP), XML data formats and 
standards, meta-data, and XML databases.
Web Applications This unit covers the core technologies that make the internet work. Topics include internet 
standards for web, mail and related protocols, peer-to-peer services, remote procedure calling 
(RPC), the provision of secure internet services and the design and deployment of XML 
applications.
Web Services This unit covers the standards and technologies that drive modern web servers in providing B2C 
and B2B services. Topics include the design of and migration to SOAP-based services, webserver 
toolkits, Java server technologies, J2EE, message-oriented middleware, and server-side XML 
integration.
Data Mining and 
Business 
Intelligence
This unit covers the relationship that can be established between data mining and smart business 
practices. It also explains how to develop models for classification, prediction, and customer 
segmentation with the help of Data Mining for Business Intelligence techniques. The course covers 
both a theoretical and practical understanding of the key methods of classification, prediction, 
reduction, exploration, and affinity analysis in data mining and how we can apply these methods 
to real business cases and data