A sequential circuit is an interconnection of logic gates and memory elements which communicate with its environment through primary inputs and primary outputs.
The definition of mental concepts as signa rerum also provides the basis of a close interconnection of logic and epistemology as it is characteristic especially of the later Middle Ages.
Each interconnection (net) between logic gates is then assigned a numerical label.
The architecture employs two different methods in both logic and interconnection resources.
Emerging technologies provide new logic and interconnection structures for computation, storage and communication that may require new design paradigms, and therefore trigger the development of a new generation of design automation tools.
Indeed, these digital components allow the combination of software treatment (by the on-chip processor cores) and hardware treatment (hardware architecture made by the interconnection of the FPGA logic cells).
Ultimately, Bhaskaran says, if a more advanced photonic memory can be integrated with photonic logic and interconnections, the resulting chips have the potential to run at 50 to 100 times the speed of today's computer processors.
Where the logic performs the arithmetic and logical computations, the interconnection fabric takes the results output from logic blocks and routes them as inputs to other logic blocks.
A set of drawings representing the structures used to form the logic gates and the interconnections between them were drawn by hand.
The partitioning is energetically beneficial if (E_{2}^{dyn}(0,k,N +E_{2}^{st}(0,k,N +Delta E_{12} < E_{1}^{dyn}(0,N +E_{1}^{st}(0,N)), where Δ E 12 is the energy overhead required by the extra logic (usually, a decoder) and interconnections necessary to move from the monolithic SPM to a two-bank architecture.
