Abstract: An autodeposition process is disclosed which eliminates conventional wet pretreatment steps and comprises a non-contact, cleaning step for the metal part in an electromagnetic field, volatilizing contaminants and forming an in-situ surface oxide (Fe2O3 and/or Fe3O4) pigment layer on the part, cooling the part, autodepositing a coating on the entire surface oxide layer, followed by dehydration and/or further curing.

Abstract: A system includes a plurality of computers interconnected by a network including one or more switching nodes. The computers transfer messages over virtual circuits established thereamong. A computer, as a source computer for one or more virtual circuit(s), schedules transmission of messages on a round-robin basis as among the virtual circuits for which it is source computer. Each switching node which forms part of a path for respective virtual circuits also forwards messages for virtual circuits in a round-robin manner, and, a computer, as a destination computer for one or more virtual circuit(s), schedules processing of received messages in a round-robin manner. Round-robin transmission, forwarding and processing at the destination provides a degree of fairness in message transmission as among the virtual circuits established over the network.

Abstract: A system comprising a host and a network interface card or host bus adapter. The host is configured to perform transport protocol processing. The network interface card is configured to directly place data from a network into a buffer memory in the host.

Abstract: A system includes interconnected computers and switching nodes. A source computer for the virtual circuits schedules message transmissions on a round-robin basis. Each switching node also forwards messages in a round-robin manner, and a destination computer schedules processing of received messages in a round-robin manner. In addition, messages are transmitted in cells to reduce delays in short messages if long messages are transmitted for one virtual circuit before transmission of a short message for another virtual circuit. For each virtual circuit, the destination computer and each switching node can generate a virtual circuit flow control message to temporarily limit transmissions if the resources being taken up by messages exceed predetermined thresholds. In addition, each switching node or computer can generate link flow control messages for transmission to neighboring devices to temporarily limit transmissions if the resources taken up by all virtual circuits exceeds predetermined thresholds.

Abstract: Systems and techniques to synchronize network configuration for a hardware accelerated network protocol. According to an aspect, a network configuration record is maintained for a hardware-accelerated network-protocol device, a network configuration store is monitored to identify a network configuration change, and the hardware-accelerated network-protocol device is reconfigured, in response to the identified network configuration change, based on the network configuration record and the network configuration change.

Abstract: What is disclosed is a no-rinse autodeposition process to dip-apply a metal part in an aqueous resin coating bath with an immersion time and, wherein the removal rate of the dipped part is kept equal or below drainage rate of mobile liquid portion, such that upon removal of the part, drip edge formation is minimized and a DFT is maintained within acceptable tolerance levels.

Abstract: A system includes a plurality of computers interconnected by a network including one or more switching nodes. The computers transfer messages over virtual circuits established thereamong. A computer, as a source computer for one or more virtual circuit(s), schedules transmission of messages on a round-robin basis as among the virtual circuits for which it is source computer. Each switching node which forms part of a path for respective virtual circuits also forwards messages for virtual circuits in a round-robin manner, and, a computer, as a destination computer for one or more virtual circuit(s), schedules processing of received messages in a round-robin manner. Round-robin transmission, forwarding and processing at the destination provides a degree of fairness in message transmission as among the virtual circuits established over the network.

Abstract: A system includes a plurality of computers interconnected by a network including one or more switching nodes. The computers transfer messages over virtual circuits established thereamong. A computer, as a source computer for one or more virtual circuit(s), schedules transmission of messages on a round-robin basis as among the virtual circuits for which it is source computer. Each switching node which forms part of a path for respective virtual circuits also forwards messages for virtual circuits in a round-robin manner, and, a computer, as a destination computer for one or more virtual circuit(s), schedules processing of received messages in a round-robin manner. Round-robin transmission, forwarding and processing at the destination provides a degree of fairness in message transmission as among the virtual circuits established over the network.

Abstract: A system for targeting and delivering digital content to a user on a personal computerized system having a primary storage unit and a communications link. A client in the personal computerized system includes an inventory of local digital content installed in the primary storage unit before the user receives it. The client also includes an infrastructure application that manages the inventory and makes digital content accessible to the user. A user profile is used by a logic to choose remote digital content, which is humanly perceivable either visually or audibly, to become additional local digital content. A logic then receives these additional instances from a remote computer system via a communications link and a logic displays them to the of the personal computerized system.

Abstract: A method for providing offline advertising. A digital content vending machine, DCVM includes a client on a personal computer, PC. The DCVM contains an infrastructure and an inventory of digital content, which includes advertisements. The infrastructure and inventory may both be stored in a hard drive, or the inventory may instead be stored on a removable media, such as a CD, DVD, or tape. Customers shop in a plurality of stores operated by vendors and the advertising is then presented to them. A master server may also be provided to update the infrastructure and inventory, particularly including advertisements into the inventory.

Abstract: A method for collecting user data and constructing a user profile as a digital content vending machine, DCVM is employed which includes an infrastructure and an inventory on a client in a personal computer, PC. The infrastructure presents a graphical user interface on the client which may metaphorically resemble a plurality of stores operated by vendors. User-customers shop in the stores by viewing and selecting assets (inventory) and their actions during this are monitored to collect data.

Abstract: A local portal system including a personal computerized system having a display and a primary storage unit. The primary storage unit is provided with an inventory of local digital content which has been installed before its being received by a user. Logics then operate a persistent desktop object (PDO) which is perceivable on the display by the user and present a presentation of digital content with the persistent desktop object which initially includes at least part of said local digital content.

Abstract: A shared bus system having a bus and a set of client modules coupled to the bus. Each client module is capable of sending transactions on the bus to other client modules and receiving transactions on the bus from other client modules for processing. Each module has a queue for storing transactions received by the module for processing. A bus controller limits the types of transactions that can be sent on the bus to prevent any module's queue from overflowing.

Abstract: A method for distribution to and management of an inventory of digital content in a digital content vending machine, DCVM. The DCVM includes an infrastructure and an inventory in a client on a personal computer, PC. The infrastructure presents a graphical user interface on the client containing a plurality of stores operated by vendors. Customers shop in the stores by viewing information about and selecting assets inventory. One or more master servers are provided to update the infrastructure and inventory.

Abstract: Water miscible pharmaceutical compositions containing up about 40% of a marcrolide such as an azalide antibiotic are prepared by reaction of the macrolide with acid in a non-aqueous water miscible organic solvent system.

Abstract: A shared bus system having a bus and a set of client modules coupled to the bus. Each client module is capable of sending transactions on the bus to other client modules and receiving transactions on the bus from other client modules for processing. Each module has a queue for storing transactions received by the module for processing. A bus controller limits the types of transactions that can be sent on the bus to prevent any module's queue from overflowing.

Abstract: Long-acting injectable formulations are formed from a) a therapeutic agent selected from insecticides, acaricides, parasiticides, growth enhancers or oil-soluble NSAIDs, b) hydrogenated castor oil, and c) a hydrophobic carrier comprising i) triacetin, benzyl benzoate, ethyl oleate, or a combination thereof, and ii) acylated monoglycerides, propyl dicaprylates/dicaprates, caprylic/capric acid triglycerides or a combination thereof.