Agilent Technologies, Inc.

Hewlett-packard Development Company, L.P.

Hewlett-packard Company

Jds Uniphase Corporation

Bruce Votipka

James Walter Wichelman

Eric N Flink

Craig Chamberlain

Jan Ryles

David William Mayer

Virgil Kay Russon

Ellen Maureen Nelson

Scott S Neal

Kathy Hertzog

Craig A Ehike

In an OSS, storing a plurality, typically less than all, of name-value pairs from a sample space and calculating a 'representative' value based on values in the entire sample space. Optionally, a 'remainder' value can be generated based on name-value pairs in the sample space that were not stored as part of the plurality of name-value pairs. Displays may be generated based on the top &#x201c;M&#x201d; name-value pairs, with &#x201c;M&#x201d; typically being set by the user at some number less than &#x201c;M.&#x201d;

Method for implementing TopN measurements in operations support systems

Channel and test plans are implemented in connection with a plurality of nodes that communicate signals. The channel plan enables a monitoring system to, among other things, conduct automatic periodic test plans, comprising tests, on the nodes, based upon the predefined data specified in the channel plan. The monitoring system includes a controller controlling a spectrum analyzer and a node interface switch. Notably, the controller also enables user friendly plan set-up and warning interface logic implementation. The warning interface logic generates a channel percent advisory indicator on the display device within a channel level interface component upon an occurrence of an advisory event in a channel associated therewith and generates a channel critical alarm indicator on the display device within a channel level interface component upon an occurrence of a critical event in a channel associated therewith.

Monitoring system and method implementing warning interface logic

A channel plan with a corresponding test plan are implemented in connection with a plurality of nodes that communicate signals. The channel plan has one or more predefined specifications for each of one or more signal channels on each of the nodes. The channel plan may comprise a specification of the following, for example, for each of the channels: a label describing use of the corresponding channel, a center frequency, a bandwidth, a power level, information regarding the carrier roll-off, a default status indicator identifying whether the corresponding channel is currently allocated or reserved for future use, one or more default threshold levels for various tests, and an alternate center frequency that may be utilized by the corresponding channel. The channel plan enables a monitoring system to, among other things, conduct automatic periodic test plans, comprising tests, on the nodes, based upon the predefined data specified in the channel plan. Each test plan prescribes measurement of at least one signal parameter, pertaining to one or more nodes as a whole and/or to one or more channels contained within the nodes. The monitoring system includes a spectrum analyzer, a switch enabling the spectrum analyzer to interface with the nodes, and a controller controlling the switch and the spectrum analyzer. The controller is configured to enable creation of and display the channel plan and test plan, based upon user inputs. Notably, the controller also implements user friendly test result display logic that enables a user to quickly and efficiently view test results associated with a system under test at various hierarchical conceptual levels.

Monitoring system and method implementing test result display logic

A channel plan with a corresponding test plan are implemented in connection with a plurality of nodes that communicate signals. The channel plan has one or more predefined specifications for each of one or more signal channels on each of the nodes. The channel plan enables a monitoring system to, among other things, conduct automatic periodic test plans, comprising tests, on the nodes, based upon the predefined data specified in the channel plan. Each test plan prescribes measurement of at least one signal parameter, pertaining to one or more nodes as a whole and/or to one or more channels contained within the nodes. The monitoring system includes a spectrum analyzer, a switch enabling the spectrum analyzer to interface with the nodes, and a controller controlling the switch and the spectrum analyzer. The controller is configured to enable creation of and display the channel plan and test plan, based upon user inputs. Notably, the controller can be configured to compare results from tests with alarm limits, specified in the test plan, to control the spectrum analyzer to perform a failure time spectrum scan when one or more test results exceed one or more alarm limits, and to generate a plot of power amplitude versus frequency over the frequency spectrum of the node at issue.

Monitoring system and method implementing failure time spectrum scan

A channel plan with a corresponding test plan are implemented in connection with a plurality of nodes that communicate signals. The channel plan has one or more predefined specifications for each of one or more signal channels on each of the nodes. The channel plan may comprise a specification of the following, for example, for each of the channels: a label describing use of the corresponding channel, a center frequency, a bandwidth, a power level, information regarding the carrier roll-off, a default status indicator identifying whether the corresponding channel is currently allocated or reserved for future use, one or more default threshold levels for various tests, and an alternate center frequency that may be utilized by the corresponding channel. The channel plan enables a monitoring system to, among other things, conduct automatic periodic test plans, comprising tests, on the nodes, based upon the predefined data specified in the channel plan. Each test plan prescribes measurement of at least one signal parameter, pertaining to one or more nodes as a whole and/or to one or more channels contained within the nodes. The monitoring system includes a spectrum analyzer, a switch enabling the spectrum analyzer to interface with the nodes, and a controller controlling the switch and the spectrum analyzer. The controller is configured to enable creation of and display the channel plan and test plan, based upon user inputs. Notably, the test plan may include alarm limits that are triggered and tracked when a signal parameter of a node or channel exceeds an alarm limit.

Monitoring system and method implementing a channel plan and test plan

Image display orientation control apparatus for use with scanner apparatus and display apparatus operatively associated with the scanner apparatus may comprise a first setting and a second setting. The first setting causes an image of an object scanned by the scanner apparatus to be displayed on the display apparatus in a first orientation. The first setting is preserved for subsequent uses of the scanner apparatus until changed by a user. The second setting causes the image to be displayed on the display apparatus in a second orientation. The second setting is preserved for subsequent uses of the scanner apparatus until changed by the user.

Method and apparatus for controlling image orientation of scanner apparatus

Imaging device and cover therefor. One embodiment of the imaging device comprises a frame assembly and at least one hinge releasably mounted to the frame assembly. The at least one hinge pivotally couples the frame assembly in one location on the imaging device. The at least one hinge is readily removable from the frame assembly and remountable to couple the frame assembly in another location on the imaging device.

Imaging device and cover therefor

A system includes a plurality of nodes. The plurality of nodes each communicate signals pursuant to a channel plan. The channel plan includes one or more predefined specifications for each of one or more signal channels on each of the plurality of nodes.

Monitoring system and method implementing a channel plan

Channel and test plans are implemented in connection with a plurality of nodes that communicate signals. The channel plan has one or more predefined specifications for each of one or more signal channels on each of the nodes. The channel plan enables a monitoring system to generate and conduct automatic periodic node test plans based upon the predefined specifications. Each test plan prescribes measurement of at least one node and/or channel signal parameter. The monitoring system includes a spectrum analyzer, a switch enabling the spectrum analyzer to interface with the nodes, and a controller. The controller is configured to enable creation of and display the channel plan and test plan, and to automate the node testing. The test plan may include alarm thresholds that are triggered and tracked when a signal parameter of a node or channel exceeds an alarm threshold.

Monitoring system and method implementing an automatic test plan

A web site navigation technique is presented wherein each web page along at least one link-traversable path of a web site presents a drop down link selection list activator. Upon activation, event handler script displays a drop down link selection list in a pop-up frame overlaid over a web page currently being displayed. The drop down link selection list presents a plurality of predefined links to most frequency accessed web pages associated with the web site, indicating hierarchical relationships between the links. Upon selection of one of the predefined links from the drop down link selection list, the web page associated with the selected link is loaded and displayed.

Quick navigation upon demand to main areas of web site

Web page banners are constructed in parts using HTML tables rather than as a single graphical image to allow web page designers to reuse the banner for different window widths without requiring a separate banner for each width. The background image is defined in an HTML table. Each graphical image that in the prior art would normally be embedded within the single GIF image is separately overlaid, with a transparent background to allow the table background to remain visible, in a separate fixed-width cell of the table. Empty space regions are defined as transparent variable-width cells and appropriately positioned in the table. The user's browser automatically resizes the variable-width cells to adjust the width of the table to cover the width of the window that displays the web page.

Growing community of inventors

Fort Collins, CO, United States of America

Bruce Votipka