Microsoft Technology Licensing, LLC

Utc Fire & Security Americas Corporation, Inc.

Dave Dopson

Donald Edward Becker

Bruce Ray Montgomery, Jr

Gueorgui Chkodrov

Donald Wesley Becker

Timothy Steven Potter

Sriram Sampath

Richard Douglas Hill

Michael Marucheck

Munindra Nath Das

Mansoor Mohsin

Rouslan Beletski

Huei Chung Wong

Timothy Stevens Potter

Bruce Ray Montgomery

Bruce Montgormery

A method and system for verifying memory device integrity includes identifying at least one memory block corresponding to at least one memory location within a memory device. The memory block is associated with a portion of a file and a checksum representing data within the memory block at a first time. Based at least in part on determining that the memory block is mapped to the same portion of the same file at a second time, it is indicated that the checksum represents expected data within the memory block. A system for verifying memory device integrity is also disclosed.

Methods and system for verifying memory device integrity

A method for verifying memory device integrity includes identifying at least one memory block corresponding to at least one memory location within a memory device. The memory block is associated with a prior checksum. It is determined whether the first memory block is designated read-only. A current checksum is calculated based at least in part on data within the memory block. When the first memory block is designated read-only, and the prior checksum represents expected data within the first memory block, it is determined whether the current checksum is equal to the prior checksum. When the current checksum is not equal to the prior checksum, a verification failure for the first memory block is indicated via a notification interface. A system for verifying memory device integrity is also disclosed.

Embodiments described herein are directed to establishing a terminal services (TS) session between a TS server and the client without creating a temporary session. In one embodiment, a computer system receives a user request indicating that a TS session with a first TS server is to be initiated. The request includes an indication that the user is authenticated and authorized to use the first TS server. The computer system searches for any prior TS sessions previously initiated by the user with other TS servers and determines, based on the search, that at least one prior TS session was initiated with a second TS server. The computer system also sends redirection data to the user indicating that the user request is to be redirected to the second TS server to reestablish the prior TS session with the second TS server.

Sessionless redirection in terminal services

The present invention extends to methods, systems, and computer program products for distributed aggregation on an overlay network. Embodiments of the invention utilize tiers of nodes that are cascaded in a layered system. Each tier reduces the size of data by orders of magnitude through pre-aggregation. Thus, high volume streams of messages can be reduced to lower volume streams at large scales, such as, for example, the Internet. No central coordination is used; thus there is no central point of failure or bottleneck. When a node fails, other nodes in the same tier as the failing node automatically take over the responsibilities of the failed node.

Distributed aggregation on an overlay network

Growing community of inventors

Seattle, WA, United States of America

Dave Dopson