RT @tgconstandinou: Well done 👏👏👏 @amifsud8 for completing your PhD late stage review! Andrea's research is on "A CMOS Platform for Rapid R…

RT @themispr: A real treat to host the @turinginst Director for #innovation @SimonG_Reeve in our new @CElFrontiers space. A great opportuni…

As components of electronic systems become more complex and pin numbers soar, the need for more parallel and versatile testing tools also becomes more pressing. In @nature we describe and benchmark an #FPGA system we developed that addresses this need.

You can find both papers, and all others published by the FORTE team, on our website.

@cgiotis_ has had his latest paper published in @ScienceMagazine. A breakthrough for memory-constrained embedded AI and IoT systems that run in continuously-ON fashion. @RAEngNews @EdinburghUni #memristors #nanotechnology #electronics #memory

RT @themispr: #JobAlert 3:The Centre for Electronics Frontiers @EdinburghUni is looking to hire an experienced researcher to lead developme…

RT @themispr: #JobAlert 2:The Centre for Electronics Frontiers @EdinburghUni is looking to hire an experienced #embedded #circuits designe…

RT @themispr: #JobAlert 1:The Centre for Electronics Frontiers @EdinburghUni is looking to hire an experienced #integratedcircuits designer…

RT @RAEngNews: #RAEngResearch Chair in Emerging Technologies Professor Themis Prodromakis has led a team at @EdinburghUni to create a new f…

By increasing on-chip storage capacity, cheap computing paradigms can be adopted like stochastic computing which can exploit the great benefits of low cost RRAM-based digital in-memory computing.

In her 2nd paper, Jiaqi proposes a DC-coupled solution based on the hybrid CMOS/memristor technique. The spike detection is realised by thresholding in the proposed front-end, which consists of a memristive amplifier and a DLC. #memristor #neuralrecording #offsetcompensation

UPDATE: The paper has now been published on IEEE Xplore: