Finally, future prospects and expected market demand of NAND Flash memory are addressed.
Contrasting to previous works, the problems of data assignment to the memory layers, mapping of signals into the physical memories, and banking the on-chip memory are addressed in a consistent way using a single formal model.
Different from the previous works, which typically address one memory management task at a time, three memory management problems the data assignment to the memory layers, the mapping of signals to the physical memories, and the banking of the on-chip memory—are addressed in a consistent way, based on the same formal model.
Different from the previous works, the problems of data assignment to the memory layers, of mapping the signals into the physical memories, and of banking the on-chip memory are addressed in a consistent way, based on the same formal model.
Engineering of the tunnel barrier of non-volatile memories is addressed in this paper.
In this paper, a time-domain modeling procedure of structures containing both viscoelastic materials and shape memory alloys is addressed.
Also, the problem of the limited on-chip memory on DSPs is addressed by a novel double buffering method using direct memory access (DMA), called resource optimized slicing (ROS-DMA).
The GPU memory reduction proposed here is addressed using a motion estimation scenario, which, to the best of our knowledge, doesn't exist as a solution in any of the current literature.
In this paper, a new memory-based control problem is addressed for neutral systems with time-varying delay, input saturations and energy bounded disturbances.
In this paper the impact of tails bits in 2T-flash memory is investigated and it is addressed how to face them from the process point of view.
