DESIGN OF READ/WRITE CIRCUITS SUITABLE FOR MEMRISTOR-BASED MEMORY ARRAYS
Mohamed Sayed Ahmed Mohamed Elshamy;
Abstract
Key Words:
Memristor; Read/Write; Memory; Nonvolatile; Memory arrays
Summary:
Memristor, which known as the missing fourth circuit element, is a potential candidate for the next-generation memory. Memristor has received extra attention in the last few years. In this thesis presents three novel Read/Write circuits suitable for Memristor-based memory arrays. The advantages of the proposed Read/Write circuits are threefold. Firstly, two of the proposed circuits have non-destructive successive reading cycle capability. Secondly, it occupies less die area. Finally, the proposed Read/Write circuits have less power consumption and delay time compared to other Read/Write circuits.
Memristor; Read/Write; Memory; Nonvolatile; Memory arrays
Summary:
Memristor, which known as the missing fourth circuit element, is a potential candidate for the next-generation memory. Memristor has received extra attention in the last few years. In this thesis presents three novel Read/Write circuits suitable for Memristor-based memory arrays. The advantages of the proposed Read/Write circuits are threefold. Firstly, two of the proposed circuits have non-destructive successive reading cycle capability. Secondly, it occupies less die area. Finally, the proposed Read/Write circuits have less power consumption and delay time compared to other Read/Write circuits.
Other data
| Title | DESIGN OF READ/WRITE CIRCUITS SUITABLE FOR MEMRISTOR-BASED MEMORY ARRAYS | Other Titles | تصميــم دوائـر كهـربائيـــة منـاسبــــه لبــرمجـــة مصـفــوفــات الـذاكــره المعـتمـــده على المقـاومــه ذات الذاكـــره (ممـرستــور) | Authors | Mohamed Sayed Ahmed Mohamed Elshamy | Issue Date | 2014 |
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