A perfect blend of nanoelectronics n embedded systems can create a huge variants in accomplishing dreams like xtremly small spycams n watches that make us 24X7 online..though carbon nanotubes contributes to fields lik biotechnology pharmaceuticals n petrochemicals it can also b used to enhance electronics,nowadays mainly focused on ICs..Soon v can expect microprocessors n microcontrollers also..since watever technology brought in ICs r being copied to MP n MCs.. drawback of it will b then in minimizing other discreet circuit that v use along with MCs(normally v use in embedded systems).
As far as todays technology is considered nanosized transistors or diodes r too far to b realized .Basic reason for that is How to handle these components inorder to assemble??.Moreover different circuits assembled as if "prerequisite" is also impossible due to the fact that circuit differs for different purposes..hence demand for such circuits will generally b low or expensive
So an newer idea must b evolved inorder to solve this n then only v can club together both these nanotechnology n embedded systems ..
Bringing logic circuit designing softwares into this perplexing topic v can alleviate it..This is what i think. V can hope for burning the circuit firmwire as if v do in microcontroller.So proper ICs must b designed for circuits also n programing languages for the circuits..And v do programs in softwares like TINA ,ECT etc but it must b capable of converting designed ckt into program n there after to appropriate HEX for implementing circuit..For example V want to create voltage comparator n zero-crossing detector in same ckt..v need only to change firmwire program from v-ref(reference voltage) to ZERO..rest of input pin specification,n power supply points r common for both cases..Hope for such a world were v can coexist only both these giant technologies in single embedded systems..
