This document discusses flash technology and memristors. It provides background on the origin of flash technology and memristors. It describes how memristors work as a semiconductor device whose resistance varies as a function of flux and charge, allowing it to remember what has passed through a circuit. The document also outlines some advantages of memristors such as faster boot times, lower energy usage, and greater data density. It concludes by noting areas where memristor technology could still be improved.

1. A FLASH TECHNOLOGY
BY
K.V.GIRISH,
M.VENKATESH,
SWARNANDHRA COLLEGE OF ENGG & TECHNOLOGY.

2.  ORIGIN
 INTRODUCTION
 CONSTRUCTION
 WORKING
 RELATION
 CRITICISM
 IMPLEMENTATIONS (OR) APPLICATIONS

3. LEON CHUA
R.WILLIAM STANLEY

4.  DEFINITION
 PROPERTY
 DEVELOPMENT
 ASSUMPTIONS

5.  A SEMICONDUTOR DEVICE.
 RESISTANCE VARY AS A FUNCTION OF FLUX AND
CHARGE.
 THIS ALLOWS THIS TO “REMEMBER” WHAT HAS
PASSED THROUGH THE CIRCUIT.
 MEMRISTANCE=

6.  REMEMBERS THE LAST RESISTANCE.
 CHANGES ITS PROPERTY WITH CURRENT.
 FAST AND HARD CURRENT MAKES IT DIGITAL.
 SOFT AND SLOW CURRENT MAKES IT ANALOG.

10.  ON CONSTRUCTION
 ON WORKING

11.  QUICKER BOOT
 LESS ENERGY
 LESS HEAT
 DENSITY ALLOWS MORE STORAGE

12.  USES ANYTHING BETWEEN 0 AND 1
 FASTER AND FLASH MEMORY
 PERFORMS BETTER WHEN SMALLER.

13.  STILL TO BE MODIFIED
 NEEDS MORE DEFECT ENGINEERING
 NO DESIGN STANDARD.

14.  AS A SWITCH
 AS A NON VOLATILE MEMORY
 IT CAN PERFORM LOGICAL
OPERATIONS
 AS CROSS BAR LATCHE