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Wireless Sensor Networks research and demand are now in full expansion, sincepeople came to understand these are the key to a large number of issues inindustry, commerce, home automation, healthcare, agriculture and environment,monitoring, public safety etc. One of the most challenging research problems insensor networks research is power awareness and power-saving techniques. Inthis master's thesis, we have studied one particular power-saving technique,i.e. frequency scaling. In particular, we analysed the close relationshipbetween clock frequencies in a microcontroller and several types of constraintsimposed on these frequencies, e.g. by other components of the microcontroller,by protocol specifications, by external factors etc. Among these constraints,we were especially interested in the ones imposed by the timer service and bythe serial ports' transmission rates. Our efforts resulted in a microcontrollerconfiguration management tool which aims at assisting application programmersin choosing microcontroller configurations, in function of the particular needsand constraints of their application.

On Frequency Optimisation for Power Saving in WSNs: Finding Optimum Hardware Timers Frequencies