초록 ▼

A remote projector and administration control method and apparatus enables the integration of presentation projector resources in an networked enterprise environment. A projector server computer connected to the network hosts one or more presentation data/video projectors. Alternatively, a network e

A remote projector and administration control method and apparatus enables the integration of presentation projector resources in an networked enterprise environment. A projector server computer connected to the network hosts one or more presentation data/video projectors. Alternatively, a network enabled projector functions as both the projector server host and projector. Residing on the projector server host are a repository for storing presentation data and user profiles, a projector server and three interfaces: a projector interface to communicate with the hosted projector, a host discovery interface to discover other projector server hosts or network enabled projectors on the network, and a host interface to interact with the identified hosts using the facilities of the remote projector and administration method and apparatus. The host discovery interface discovers the identity of other active projector servers or network enabled projectors on the network. The host interface enables clients to get or set information controlling the identified active projector servers or network enabled projectors, including administering the security, operation, and maintenance of the projectors. The projector server serves web content obtained from the three interfaces to clients using a standard web server.

대표청구항 ▼

A remote projector and administration control method and apparatus enables the integration of presentation projector resources in an networked enterprise environment. A projector server computer connected to the network hosts one or more presentation data/video projectors. Alternatively, a network e

A remote projector and administration control method and apparatus enables the integration of presentation projector resources in an networked enterprise environment. A projector server computer connected to the network hosts one or more presentation data/video projectors. Alternatively, a network enabled projector functions as both the projector server host and projector. Residing on the projector server host are a repository for storing presentation data and user profiles, a projector server and three interfaces: a projector interface to communicate with the hosted projector, a host discovery interface to discover other projector server hosts or network enabled projectors on the network, and a host interface to interact with the identified hosts using the facilities of the remote projector and administration method and apparatus. The host discovery interface discovers the identity of other active projector servers or network enabled projectors on the network. The host interface enables clients to get or set information controlling the identified active projector servers or network enabled projectors, including administering the security, operation, and maintenance of the projectors. The projector server serves web content obtained from the three interfaces to clients using a standard web server. he multi-layer product or process.2. The method according to claim 1, where in the GUI controls are selected from a group of GUI controls consisting of a GUI knob, a GUI radio button, a GUI slider and a GUI elevator bar.3. The method according to claim 1, wherein the step of presenting on a GUI a first region representing of the one or more outputs of the real-time simulation engine along with a representation of the measured data inputs includes presenting at least a part of the spectrum of the measured data inputs.4. The method according to claim 1, wherein the step of presenting on the GUI in the first region the one or more outputs of the real-time simulation concurrently with the representation of the measured data input includes presenting a spectrum of the measured data inputs.5. The method according to claim 1, where in the measured data is medium energy ion scattering (MEIS) data.6. The method according to claim 5, wherein the step of receiving one or more changes to the one or more parameter inputs to the simulation engine includes receiving parameters to control ion beam and detector parameters.7. The method according to claim 6, wherein the step of receiving one or more changes to the one or more parameter inputs to the simulation engine includes receiving parameter inputs of sample species number of layers and each layer's composition.8. The method according to claim 6, wherein the step of receiving one or more changes to the one or more parameter inputs of layer composition includes stoichiometry and thickness.9. The method according to claim 5, wherein the step of presenting on a GUI a first region representing one or more outputs of the real-time simulation engine includes presenting a plot of yield versus ion energy.10. A method on an information processing platform for simulating a multi-layer product or process, the method comprising; receiving a series of measured data inputs from a measurement system monitoring the product or process being simulated; displaying on a display a first graph representing the series of measure data inputs; running a simulation engine for simulating the product or process from which a series of measured data inputs from a measurement system are being received, the simulation engine receiving one or more input parameters and produces one or more output parameters that represents a response thereto; receiving one or more changes to the input parameters for the simulation engine; displaying a second graph on the display representing the outputs of the simulation engine concurrently with the first graph representing the series of measured data inputs from the product or process being simulated; wherein the real-time simulation engine performs analysis in real-time by dividing each layer of a multi-layer product or process into a series of sublayers;wherein a particle energy spectral contribution of each of the sublayers in each layer is calculated; andwherein the particle energy spectral contribution of each of the sublayers is convolved with a detector response function and added to a computed particle energy spectrum for the multi-layer product or process.11. The method according to claim 10, wherein the step of displaying a second graph on the display representing the outputs of the simulation engine includes displaying the second graph so that when changes to the one or more input parameters are received, the second graph representing the outputs of the simulation engine changes as well.12. A computer readable medium containing programming instructions for simulating a multi-layer process or product, the programming instructions comprising; receiving a series of measured data inputs; running a real-time simulation engine that accepts one or more parameter inputs and produces one or more outputs in response thereto; presenting on a GUI (graphical user interface) a first region representing of the one or more outputs of the real-time simulation engine along with a representation of the measured data inputs; presenting on the GUI a second region representing GUI controls to one or more parameters inputs into the real-time simulation engine; receiving one or more changes to the one or more parameter inputs to the real-time simulation engine; and presenting on the GUI in the first region the one or more outputs of the real-time simulation concurrently with the representation of the measured data input so that changes to the one or more parameter inputs results in one or more changes to the outputs in response thereto are presented simultaneously with the measured data; wherein the real-time simulation engine performs analysis in real-time by dividing each layer of a multi-layer product or process into a series of sublayers;wherein a particle energy spectral contribution of each of the sublayers in each layer is calculated; andwherein the particle energy spectral contribution of each of the sublayers is convolved with a detector response function and added to a computed particle energy spectrum for the multi-layer product or process.13. The computer readable medium according to claim 12, where in the GUI controls are selected from a group of GUI controls consisting of a GUI knob, a GUI radio button, a GUI slider and a GUI elevator bar.14. The computer readable medium according to claim 12, wherein the programming instruction of presenting on a GUI a first region representing of the one or more outputs of the real-time simulation engine along with a representation of the measured data inputs includes presenting at least a part of the spectrum of the measured data inputs.15. A computer readable medium containing programming instructions for simulating a multi-layer product or a process, the programming instructions comprising; receiving a series of measured data inputs from a measurement system monitoring the product or process being simulated; displaying on a display a first graph representing the series of measure data inputs; running a simulation engine for simulating the product or process from which a series of measured data inputs from a measurement system are being received, the simulation engine receiving one or more input parameters and produces one or more output parameters that represents a response thereto; receiving one or more changes to the input parameters for the simulation engine; displaying a second graph on the display representing the outputs of the simulation engine concurrently with the first graph representing the series of measured data inputs from the product or process being simulated; wherein the real-time simulation engine performs analysis in real-time by dividing each layer of a multi-layer product or process into a series of sublayers:wherein a particle energy spectral contribution of each of the sublayers in each layer is calculated; andwherein the particle energy spectral contribution of each of the sublayers is convolved with a detector response function and added to a computed particle energy spectrum for the multi-layer product or process.16. The computer readable medium according to claim 15, wherein the programming instruction of displaying a second graph on the display representing the outputs of the simulation engine includes displaying the a second graph so that when changes to the one or more input parameters are received, the second graph representing the outputs of the simulation engine changes as well.17. An information processing system for simulating a multi-layer product or a process, the programming instructions comprising; an input for receiving a series of measured data inputs from a measurement system monitoring the product or process being simulated; a display interface for displaying on a display a first graph representing the series of measure data inputs; a simulation engine for simulating the product or process from which a series of measured data inputs from a measurement system are being receiv