Abstract: A memory device includes a set of memory cells and a control circuit coupled to the set of memory cells. The control circuit is configured to transition a wordline voltage of a wordline associated with a target memory cell of the set of memory cells from a first wordline voltage level to a second wordline voltage level. While the wordline voltage settles at the second wordline voltage level, the control circuit cuts off current to the target memory cell by at least one of temporarily ramping down a bitline voltage from a first bitline voltage level to a second bitline voltage level, temporarily ramping down a select gate voltage from a first select gate voltage level to a second select gate voltage level, and temporarily ramping up a source line voltage from a first source level to a second source level.

Abstract: A memory apparatus includes memory cells connected to word lines and configured to retain a threshold voltage corresponding to data states. A control means is configured to determine ones of the data states for the memory cells of a neighboring word line adjacent to a selected word line in a pre-read. The control means determines an adjusted sense time according to a zone identified for the memory cells of the neighboring word line and the one of the data states targeted for the memory cells of the selected word line and a temperature of the memory apparatus. The control means is also configured to perform reads on the selected word line for each of a plurality of groupings of ones of the data states in a read operation using the adjusted sense time determined for each of the memory cells of the selected word line.

Abstract: A non-volatile storage apparatus stores data in the non-volatile memory cells by programming the non-volatile memory cells to a set of data states and reads data stored in the non-volatile memory cells by sensing for a set of read reference levels for the data states. To address data retention issues, including memory cells having the threshold voltages drift over time, one or more of the set of read reference levels are shifted based on sensing the non-volatile memory cells for two different conditions during a single ramping up of a voltage signal applied to the non-volatile memory cells.

Abstract: A memory apparatus and method of operation are provided. The apparatus includes memory cells configured to retain a threshold voltage corresponding to one of a plurality of data states. The memory cells are disposed in memory holes grouped in blocks. A control means is configured to determine an amount of the memory cells of one of the blocks that are programmed during at least one read operation. The control means adjusts at least one read parameter based on the amount of the memory cells of the one of the blocks that are programmed. The control means is also configured to utilize the adjusted at least one read parameter while reading the memory cells to determine if the memory cells have the threshold voltage above one or more read levels associated with each of the plurality of data states in the at least one read operation.

Abstract: An apparatus comprising a set of memory cells and a control circuit coupled to the set of memory cells is disclosed. The control circuit is configured to: transition a wordline voltage of a wordline associated with a target memory cell of the set of memory cells from a first wordline voltage level to a second wordline voltage level; subsequent to transitioning the wordline voltage to the second wordline voltage level, ramp down a bitline voltage of a bitline associated with the target memory cell from a first bitline voltage level to a second bitline voltage level; and prior to sensing a state of the memory cell, ramp up the bitline voltage from the second bitline voltage level to the first bitline voltage level.

Abstract: A distributed computational system, with local and remote processing components, is configured to provide a user interface of the local component that is stored in the local component but is controlled and updated by the remote component.

Abstract: A distributed computational system, with local and remote processing components, is configured to provide a user interface of the local component that is stored in the local component but is controlled and updated by the remote component.

Abstract: A resource request is received at a computer application, wherein the resource request has a resource specification that determines multiple resources for fulfillment. The received resource specification is evaluated, a plurality of computer resources are identified for processing of the resource request in accordance with the evaluated resource specification, and an order of processing the request among the identified computer resources is identified for fulfillment of the resource request. The resource request itself can determine network locations at which the requested resource can be found. In the case of a Web browser user application that is configured to process such a conditional resource request, the request comprises a conditional uniform resource locator (C-URL) that describes one or more network locations at which a single resource may be accessed.