Optimized adaptive detection in molecular communication based on reduction of inter-symbolic interference

In recent years, a new branch of telecommunication named Molecular Communication is created due to the developing of science in nano fields. Comparing Molecular Communication and conventional communication based on radio frequency, we should notice that the aim of both is sending and receiving data but in fact, there is no similarity between them. As it can be observed of name, Molecular Communication, this kind of communication has many similarities to biological processes in nature. Molecular Communication is interdisciplinary which uses a variety of science such as communication systems engineering, biomedical engineering and nanotechnology. This type of telecommunication is used to send and receive messages at nano and micro scales. In Molecular communication, molecules are used to transfer messages. In this study, the static scenario in Molecular Communication is investigated. Engineering aspects in Molecular Communication is one of the main goals of this study that introduces a variety of modulation techniques, diffusion channel models and inter symbol interference. The effect of inter symbol interference and ways of coping with it, is presented using an adaptive method. The bit error rate criterion is also used to evaluate the efficiency of this method.