Ans, Inc.

Silicon Graphics, Incorporated

Cray Research, Inc.

Daniel L Kunkel

Steven Lee Scott

Gerald A Schwoerer

Richard D Pribnow

Peter G Logghe

William A Huffman

Gregory Michael Thorson

Steven M Oberlin

Nicholas J Krajewski

Michael L Anderson

Mark J Farley

Susan Garcia

Mark L Patterson

Nancy Burgess

Sensors and techniques for an automated data acquisition and notification system having a plurality of receptacles adapted to store items. In each of the plurality of receptacles, at least one sensor is operated to detect a presence of an item in that receptacle. Light is emitted from a planar surface within the receptacle to a space within the receptacle opposite the planar surface. While that light is emitted light incident on the planar surface is detected. A determination is made whether an amount of light that is detected is significant to indicate a presence of the item.

Detection of objects or other materials in a receptacle

Detectors and techniques useful with automated acquisition and notification systems

A data acquisition and notification system associated with an array of receptacles having sensors adapted to observe at least one condition or event associated with at least one receptacle. A system database is configured to maintain data representing sensor information. Monitoring hardware is communicatively coupled to each sensor of the array of receptacles and controlled by a data acquisition program that causes the monitoring hardware to gather sensor information from the sensors and communicate the data representing the sensor information to the system database. A notification system is communicatively coupled to the system database and adapted to issue notifications that are based on data maintained by the system database.

Automated acquisition and notification system

A method and system for communicating to a sender an availability of receiving a new message includes providing buffers having at least one corresponding slot for storing a message and providing a credit signal that communicates to the sender only when all of the buffers have at least one of the corresponding slot available for storing a new message. Each of the buffers is monitored for whether at least one of the corresponding slots is available for storing the new message. A corresponding receiver counter is provided for each of the buffers. Each receiver counter is decremented when all of the buffers have at least one corresponding slot available for storing the new message. Each of the buffers is configured to receive a corresponding particular message type. The particular message type of the new message is determined. The new message is loaded into the corresponding slot of one of the buffers which is configured for receiving the particular message type of the new message. The counter of each of the buffers in which the new message was not loaded is incremented. After the loaded new message is freed from the buffer in which it was loaded, the counter of the buffer in which the new message was loaded is incremented.

Method and system for covering multiple resourcces with a single credit in a computer system

A multiple counter-rotating ring computer network system having a permission control scheme for client isolation. The peripheral channel allows two rings to be folded into one longer ring so that faulty nodes can be effectively removed from the network. Or, any of the rings can be masked so that they are unoperational. The network system also allows several client isolation states ranging from complete isolation to master access. These types of isolation allow faulty client devices to be tested while maintaining a high-level of network security by configuring the client to an appropriate isolation state.

System and method for fault-tolerant transmission of data within a dual ring network

A congestion control mechanism for a node of a modular computer network system. The mechanism includes registers for maintaining the number of undelivered requests and unanswered requests for the node and registers for the maximum number of such undelivered requests and unanswered requests. The mechanism regulates congestion on the network by throttling back or ratcheting up the allowed number of undelivered requests and unanswered requests based upon the level of busy and non-busy results of such requests and answers. Congestion is also alleviated by the implementation of a set of large and small send and receive buffers. These buffers are configurably partitioned among virtual I/O channels. Each request virtual I/O channel may utilitize congestion control.

Adaptive congestion control mechanism for modular computer networks

Growing community of inventors

Chippewa Falls, WI, United States of America

Daniel L Kunkel