Intel Corporation

Mannan Abdul Mohammed

Mark Robert Fichtner

Bruce P Clemens

Edward W Beighe

Yap-Peng Tan

Edward P Tomaszewski

Thomas R Craver

Sasi K Kumar

Howard M Harte

Usha Upadhyayula

Dennis R Kush

Tom Craver

Device information is extracted from a graphical object's data file to dynamically generate a profile suitable for processing by a color management system. In one embodiment, the graphical object is an image and the graphical object's data file is generated by a digital camera.

Managing dynamic device color profiles

A method includes generating a first set of commands for an imaging device. The first set of commands are associated with a first task to be performed by the imaging device. A second set of commands are generated for the imaging device during a second time interval that overlaps the first time interval. The second set of commands are associated with a second task to be performed by the imaging device. The first set of commands is transmitted to the imaging device during a third interval of time, and the second set of commands is transmitted to the imaging device during a fourth interval of time that does not overlap with the third interval of time.

Using atomic commands with an imaging device to prevent the transmission of interleaved sets of commands

Architecture for communicating with and controlling separate upstream and downstream devices. The architecture may be implemented as an apparatus comprising a client machine having a first device capable of receiving downstream data transmitted from a server to the client machine, and a second device capable of transmitting upstream data from the client machine to the server. The second device may have a smaller bandwidth than the first device. The apparatus also includes a control and parse engine capable of causing the first and second devices to establish a multi-homed connection with the server. When downstream data is received from the server via the first device, the control and parse engine selectively establishes upstream communication with the server via the second device.

Architecture for communicating with and controlling separate upstream and downstream devices

A computer system includes an operating, a software component, and a program executable in the system to automatically upgrade the software component if it detects that the operating system has been upgraded from a previous version. The program may include a detection module that monitors for an operating system upgrade and an upgrade module that upgrades the software component if an operating system upgrade has been detected.

Automatic upgrade of software

A method of updating firmware between an imaging device and a host system is disclosed. The host system detects that the firmware on the imaging device is incompatible with a configuration of the host system. In response to detecting the incompatibility, an updated firmware image is transferred from the host system to the imaging device.

Automatic update of camera firmware

A method for using a driver program to communicate with multiple serial bus devices includes selecting one of the serial bus devices and automatically coupling the selected serial bus device to a computer. The other serial bus devices are isolated from the computer, and the driver program is executed to communicate with the selected serial bus device.

Using multiple serial bus devices with a driver program

What is disclosed is a method for interfacing applications to network driver interface device drivers. The method includes the steps of binding a virtual device driver to a network driver interface; filling in a network driver interface request structure; and, passing the network driver interface request structure to the network driver interface. An apparatus for interfacing applications to network driver interface device drivers is also disclosed.

System and method for binding a virtual device driver to a network

In a client having (i) an upstream device driver for controlling an upstream device which sends data to a server; (ii) a downstream device driver for controlling a downstream device which receives data from the server; and (iii) a dialer application for establishing an upstream connection using the upstream device driver, the present invention initiates a connection in response to upstream traffic generated by an application including the steps of receiving the upstream traffic in the downstream device driver; constructing a dial packet in the downstream device driver in response to the upstream traffic; transferring the dial packet from the downstream device driver to the dialer application; and, issuing a call command to the upstream device driver.

Method and apparatus for detecting network traffic and initiating a

A cable modem interface unit transmits packets to a packet source. The packet source sends control packets to a cable modem and requires a reply control packet in response to sending a control packet. The cable modem interface unit is coupled to the cable modem and a network driver interface layer. The interface unit generates a reply control packet in response to receiving a control packet from the cable modem. The reply control packet is queued in a transmit stack in the interface unit. The transmit stack includes data packets received from the network driver interface layer. The interface unit sends the reply control packet and the data packets from the stack to the cable modem so that they are eventually sent to the packet source.

Cable modem interface unit for generating and transmitting reply control

In a system having a server and a client, the client having an upstream device capable of sending and receiving data from the server and a downstream device capable of receiving data from the server, and the server containing a set of network addresses and a set of hardware addresses, a method for forcing the server to send all downstream data to the client using the downstream device including the steps of: (1) establishing a connection between the server and the client using the upstream device; (2) constructing a start-up packet in the client; (3) transferring the start-up packet from the client to the server using a special port; and, (4) adding an entry for said client into the data structure in response to the start-up packet.

Providing address resolution information for self registration of

A cable modem interface unit is positioned between a cable modem and a network driver interface layer. The cable modem receives packets from a packet source. The interface unit includes a control packet filter coupled to the modem. The control packet filter receives a packet from the cable modem and determines whether the packet is a control packet or a data packet. The interface unit further includes a receive unit coupled to the control packet and the network driver interface layer. If the control packet filter determines that the packet is a data packet, the receive unit receives the packet from the control packet filter and sends the packet to the network driver interface layer. The interface unit further includes a protocol handler coupled to the receive unit. If the control packet filter determines that the packet is a control packet, the protocol handler receives the packet from the control packet filter.

Growing community of inventors

Chandler, AZ, United States of America

Mannan Abdul Mohammed