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Feel feel to read and comment about the area of my interest and research here.

Areas which I am currently involved in:

Gigabit EtherNet : Currently, most of the enterprise backbone infrastructure are using ATM LANE or Fast Ethernet as the core switch to support Local Area Network (LAN) packet routing. With the popularity of Gigabit Ethernet, most enterprises are considering upgrading their core network to support faster packet routing as images and video consume higher bandwidth. The ultimate gains to users at the PC ends are that they will enjoy smoother multimedia and application access. Combining Gigabit Ethernet with the use of QoS (Quality of Services) and VLAN (Virtual LAN), the ability to delivery guaranteed end to end system perfomance and availabilty is no longer a dream.

Wireless LAN : Wireless LAN will be the next wave of changes in conventional network wiring for all enterprises. The ability to provide network access to mobile users and temporary offices within the enterprise is no longer a tall order. From experience through the wireless LAN products which I have evaluated, it seems promising to replace conventional wiring as its performance and stabity had ever since been increased many folds. When the cost of ownership reduces to an attractive level, wireless LAN  will be as common as a modem in the enterprise and home office.

 

Cutting Edge Technologies which I have learnt:

Neural Network : A computer emulation of the human brain's ability to carry out classification of objects, prediction based on past experiences, recognition of patterns and feature detection. This is an area where business corporate have most interest in as it help them to solve many problems in prediction and recognition without knowing complex mathematics of the model. e.g. stock prediction and voice recognition.

Knowledge Based System (Expert System): A computer emulation of expert decision through rule chaining in a search tree. Methods used consist of brute force search, breadth first search, depth first search and heuristic search. Normally the solution is derived through forward chaining, however we also use backward chaining to confirm hypothesis. e.g. Medical Expert System.

Fuzzy Logic: Fuzzy Logic System help system designer to handle data which are not discrete. Descriptive inputs are hence used as the inputs to the fuzzy logic system. Membership functions were formed as a result to aggregate the effects through fuzzification. The outputs could be discrete or descriptive after de-fuzzification. The benefits could be seen in control systems and neural-fuzzy system. e.g. Japan train system and stock trading decision system.

Genetic Algorithm: Using the ability of the computer to calculate the possible solutions through permutations using a fitness function, we are able to carry out intelligent search to obtain the best solution much faster than brute force search. This technology emulate the ability of natural genetic genes to mutate based on "survival of the fittest". It's