To manipulate students data which participate in activity projects of the university. Student activity management information system support working of student development division to know how many students join campus activities in each year. This information can increase efficiency for clubs and staffs to set up proper activities according to student requirement. Each student activities data will be printed in activities transcript report when graduate that help rising employment rate in the future. The system was developed tested and assessed by 5 experts get a good level of satisfaction in whole process. The average result of the assessment is 3.99 and standard deviation is 0.38. In conclusion the system accomplishes in good quality able to enhance management of student activity system effectively.

This paper presents an Information system for the management of the building and location. By the building Class room Timetable Schedule Photos building and Photo structure for building put on to collect the necessary information and can be easy accessed through the presentation with a web browser making agencies can be useful to use it is the And can be checked The system can allocate a code to bring the teaching of information management department is properly registered. And data to help executives make decisions about planning and building for the future. The assessment of the system’s quality was performed by 6 experts which discovered the system had a good level of satisfaction. The result of the evaluation from experts found mean at 4.00 with standard deviation at 0.36 In conclusion this system achieved all goals and gained a high level of satisfaction from all user

This paper proposes a design and implementation of transversal adaptive digital filter using LMS (Least Mean Squares) adaptive algorithm. The filter structure is based on Distributed Arithmetic (DA) which is able to calculate the inner product by shifting and accumulating of partial products and storing in look-up table also the desired adaptive digital filter will be multiplierless filter. In addition the hardware implementation uses VHDL (Very high-speed integrated circuit Hardware Description Language) and synthesis using FLEX10K Altera FPGA (Field Programmable Gate Array) as target technology and uses Leonardo Spectrum and MAX+plusII program for overall development. The results of this design are shown that the speed performance and used area of FPGA. The experimental results are presented to demonstrate the feasibility of the desired adaptive digital filter