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Digital storage

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  • Electrical and electronic engineering [3]
  • Circuit theory and circuits [3]
  • Electronic circuits [3]
  • Digital electronics [3]
  • Memory circuits [3]
  • Components, electron devices and materials [3]
  • Computer and control engineering [3]
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Circuit design for static genetic memory
Author(s): Chun-Liang Lin, Yu-Jia Hu, Wei-Xian Li
Source: The Journal of Engineering, p. 1 - 7
Type: Article
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As in traditional computers, future bio-computers might feature the analogous mechanism to carry out a set of arithmetic or logical operations sequentially. In digital computers, memory is essential for which digitised information is encoded, stored, and retrieved. A stored memory unit in the computer is almost constructed by metal–oxide–semiconductor field-effect transistors. In the future, realising the specific data stored memory unit in the biocomputer is essential. However, it is not easy to realise that mechanism for data memorisation in biological systems. The authors propose a structure of a fundamental memory unit necessary with input/output configuration for data read and write for the biocomputer.

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Impact of non-uniformly doped double-gate junctionless transistor on the performance of 6T-SRAM bitcell
Author(s): Spandita Panigrahi, Prasanna Kumar Sahu, Annada Shankar Lenka
Source: Micro & Nano Letters, 6 pp.
Type: FastTrackArticle
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This work substantiates the impact of Gaussian doping on the electrical performance of double gate junctionless field-effect transistor (DG-JLFET). To get a better understanding of the influence of non-uniform doping, the device is compared with uniform-doped DG-JLFET with various concentrations. The device is later used to demonstrate its usability in six-transistor static random access memory (6T SRAM) bitcell by studying the performance metrics, i.e. stability noise margin and write delay. A comparison of performance metrics is also given with uniformly doped DG-JLFET-based-6T SRAM. Improvement in static noise margin was observed with Gaussian doping without compromising with write access time.

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Dynamics of a charge-controlled memristor in master–slave coupling
Author(s): A. Isah, A.S. Tchakoutio Nguetcho, S. Binczak, J.M. Bilbault
Source: Electronics Letters, 3 pp.
Type: FastTrackArticle
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The application of memristor in non-linear diffusive network is introduced. A charged-controlled memristor model is used in the quantitative study of pixel-to-pixel communication via a memristor. To quantitatively understand the behaviour of the system, the authors emphasised on two cells: master and slave. Information is launched from the master cell to the slave cell through a memristor and the dynamics, as well as, the saturation of the system is observed.

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