WSP is an HTTP to WSP proxy that can be used to forward HTTP requests to WSP, which is used in WAP 1.x. It may be called a reverse WAP gateway, and enables you to test or browse WAP sites with HTTP Tools. It also can be used with penetration test Tools.
ABAQUS is a general purpose finite element analysis program which is widely used to analyses mechanical, structure and civil engineering problems. Abaqus has some special feature for analysing fracture mechanics problems, and therefore it is a main Tools for the FE-analysis in the Fracture Group at the Mechanical Engineering at Glasgow Universtity. The software which can transfer
data from Abaqus into a Matlab readable environment has been developed as a part of a research program in Constraint Estimation in Fracture Mechanics. This research program was funded by a grant from the Defence Research Agency through Prof. J. Sumpter.
Assembly example with RealView MDK
The Assembly example shows how to create a pure assembly program for an ARM device. It is done using the RealView Compilation Tools that are part of the RealView MDK-ARM.
SWI with ARTX Kernel and RealView Compiler
This example program shows how to implement software interrupt functions in an application that uses the ARTX Kernel. The example uses the RealView Compilation Tools.
The file SWI_Table.s implements the SWI function table. The SWI function declarations and implementations are demonstrated in the file Artx_SWI.c.
1)Learn more about the capabilities in Quartus:
2)Learn to use different design entry techniques
2)Design entry methods available within Quartus Text editor,Block diagram/schematic file editor,
Quartus interface with design entry/synthesis Tools from Exemplar, Synopsys, Synplicity and Viewlogic
Software Engineering is a discipline applied by teams to produce high-quality, large-scale, cost-effective software that satisfies the users’ needs, and can be maintained over time
Software Development is a weaker term where standards, Tools, processes, etc. may not be applied
· Develop clear, readable, well-documented and well-designed programs in the C Programming Language.
· Develop software in the Unix/Linux using Tools such as gcc, gdb, and make.
· Locate and interpreting “man pages” applicable to application-level system programming.
· Use the POSIX/Unix API to system functions to manage process and sessions as well as use signals and pipes for inter-process communication.
· Understanding how synchronization might become problematic in light of concurrency.
· Understand how to communicate and cooperate with a project partner.
