Abstract: A network monitoring device for improved filtering of access, from a secure internal network, to an unsecured network is provided. The network monitoring device may identify keywords associated with network addresses to which access should not be granted to users of a secure network internal to a business enterprise. In turn, the network monitoring device may attempt to access URLs associated with the identified keywords, and if access is granted, execute processes to update access permissions to unsecured network locations.

Abstract: A computing platform may receive, from a network device, a message identifying data that was transmitted by a user device located in a private network associated with an organization. The network device may be located at a boundary between the private network and a public network. The data may include one or more images and may be destined for a network address associated with the public network. The computing platform may generate and store a record corresponding to the message. The computing platform may receive, from an analysis platform, data indicating whether the image(s) comprise content that violates a data leak prevention (DLP) policy of the organization. The computing platform may identify the record corresponding to the message and may update the record corresponding to the message to reflect whether the image(s) comprise content that violates the DLP policy of the organization.

Abstract: A computing platform may receive, from a network device, a message identifying data that was transmitted by a user device located in a private network associated with an organization. The network device may be located at a boundary between the private network and a public network. The data may include one or more images and may be destined for a network address associated with the public network. The computing platform may generate and store a record corresponding to the message. The computing platform may receive, from an analysis platform, data indicating whether the image(s) comprise content that violates a data leak prevention (DLP) policy of the organization. The computing platform may identify the record corresponding to the message and may update the record corresponding to the message to reflect whether the image(s) comprise content that violates the DLP policy of the organization.

Abstract: A computing platform may receive, from a network device, a message identifying data that was transmitted by a user device located in a private network associated with an organization. The network device may be located at a boundary between the private network and a public network. The data may include one or more images and may be destined for a network address associated with the public network. The computing platform may generate and store a record corresponding to the message. The computing platform may receive, from an analysis platform, data indicating whether the image(s) comprise content that violates a data leak prevention (DLP) policy of the organization. The computing platform may identify the record corresponding to the message and may update the record corresponding to the message to reflect whether the image(s) comprise content that violates the DLP policy of the organization.

Abstract: A network monitoring device for improved filtering of access, from a secure internal network, to an unsecured network is provided. The network monitoring device may identify keywords associated with network addresses to which access should not be granted to users of a secure network internal to a business enterprise. In turn, the network monitoring device may attempt to access URLs associated with the identified keywords, and if access is granted, execute processes to update access permissions to unsecured network locations.

Abstract: A computing platform may receive, from a network device, a message identifying data that was transmitted by a user device located in a private network associated with an organization. The network device may be located at a boundary between the private network and a public network. The data may include one or more images and may be destined for a network address associated with the public network. The computing platform may generate and store a record corresponding to the message. The computing platform may receive, from an analysis platform, data indicating whether the image(s) comprise content that violates a data leak prevention (DLP) policy of the organization. The computing platform may identify the record corresponding to the message and may update the record corresponding to the message to reflect whether the image(s) comprise content that violates the DLP policy of the organization.

Abstract: Embodiments of the present invention are directed to a system, method, and computer program product for allocating work requests. A system is configured to initiate the presentation of a first user interface to enable a first user to receive a work request received from a source; assign a category to the work request based on at least an objective and a priority level associated with the work request; and allocate the work request to a second user based on at least the category; transmit the allocated work request to the second user; initiate the presentation of a second user interface to enable a second user to retrieve the work request, and process the work request, wherein processing the work request further comprises addressing the work request based on at least the status and the priority level; and transmit the processed work request to third user for a quality assessment.

Abstract: Embodiments of the invention are directed to a system, method, and computer program product for generating reports. The system typically including a memory, a processor and a module configured to receive a work request from a source, wherein the work request comprises at least one status; determine a duration of time that the work request has been associated with the status; generate a report, wherein the report comprises a graphical representation of each of the at least one status and the duration of time the work request has been associated with the at least one status; and transmit the report to the user.

Abstract: Embodiments of the invention are directed to a system, method, and computer program product for handling work requests. The system typically including a memory, a processor and a module configured to initiate the presentation of a first interface to enable an allocator to assign the work request to an associate to complete the work request based on at least a priority level, wherein the work request comprises at least a priority level; initiate the presentation of a second interface to enable the associate to complete the work request and transmit the completed work request to an analyst for review; initiate the presentation of a third interface to enable the analyst to review the completed work request and transmit the reviewed and completed work request to the associate; and initiate the presentation of a fourth interface to enable the administrator to generate a report.

Abstract: Embodiments of the present invention are directed to a system, method, and computer program product for allocating work requests. A system is configured to initiate the presentation of a first user interface to enable a first user to receive a work request received from a source; assign a category to the work request based on at least an objective and a priority level associated with the work request; and allocate the work request to a second user based on at least the category; transmit the allocated work request to the second user; initiate the presentation of a second user interface to enable a second user to retrieve the work request, and process the work request, wherein processing the work request further comprises addressing the work request based on at least the status and the priority level; and transmit the processed work request to third user for a quality assessment.

Abstract: A system and method for streetlight control is provided. A lamp sensor inside a reflector of the streetlight is utilized to detect the output of a lamp of the streetlight. During daytime periods when the lamp is OFF, the lamp sensor is utilized to act as a day/night sensor by detecting ambient light near the lamp. When the ambient light level falls below a sufficient level indicative that night is approaching the lamp is turned ON and the lamp sensor utilized to detect the lamp output of the streetlight.

Abstract: A system and method for streetlight control is provided. A lamp sensor inside a reflector of the streetlight is utilized to detect the output of a lamp of the streetlight. During daytime periods when the lamp is OFF, the lamp sensor is utilized to act as a day/night sensor by detecting ambient light near the lamp. When the ambient light level falls below a sufficient level indicative that night is approaching the lamp is turned ON and the lamp sensor utilized to detect the lamp output of the streetlight.

Abstract: Methods and apparatus associated with monitoring and controlling streetlights include monitoring light levels and voltage levels at corresponding streetlights and controlling the streetlights to set or maintain a particular light output at the respective streetlights or providing power consumption estimates for respective streetlights (streetlight specific metering) based on the voltage levels and light levels. A streetlight controller for a streetlight includes a microcontroller; a first sensor to sense a light level from a lamp within the streetlight; a second sensor operative to sense a voltage level on a power supply for the streetlight; and a switching network coupled with the microcontroller and operative to adjust the light level of the lamp. Methods includes monitoring a light level and voltage level and adjusting a light level, estimating power consumption, or facilitating maintenance in accordance with the light level and voltage level.

Abstract: Methods and corresponding systems for controlling a light fixture include a memory for storing data and software. A multi-tap capacitor has a plurality of tap capacitors integrated into a capacitor housing. A plurality of switches are each coupled to one of the plurality of tap capacitors for selectively coupling the tap capacitors together to produce a variable multi-tap capacitance. A processor is coupled to the memory and the switches to facilitate: detecting a trigger for changing a lumen level output by the light fixture; determining a new lumen level in response to the trigger; determining a capacitance value that corresponds to the new lumen level; and configuring the plurality of switches to produce the multi-tap capacitance that corresponds to the new lumen level. The processor can record data in the memory that represents times of lumen changes and switch settings, which data correlates to power consumption.

Abstract: A method of compensating a photo sensor (and a corresponding photo sensor with compensation) insures the accuracy of the photo sensor, e.g., over environmental variations or photo cell variations. The method comprises: providing a first signal indicative of a light level; providing a second signal indicative of an environmental parameter, e.g., temperature; and calculating, responsive to the first signal and the second signal, a compensated signal that is indicative of an absolute light level. The calculating can be performed by a processor and utilize calibration and compensation information or parameters, which can be obtained experimentally.

Abstract: Methods and apparatus associated with monitoring and controlling streetlights include monitoring light levels and voltage levels at corresponding streetlights and controlling the streetlights to set or maintain a particular light output at the respective streetlights or providing power consumption estimates for respective streetlights (streetlight specific metering) based on the voltage levels and light levels. A streetlight controller for a streetlight includes a microcontroller; a first sensor to sense a light level from a lamp within the streetlight; a second sensor operative to sense a voltage level on a power supply for the streetlight; and a switching network coupled with the microcontroller and operative to adjust the light level of the lamp. Methods includes monitoring a light level and voltage level and adjusting a light level, estimating power consumption, or facilitating maintenance in accordance with the light level and voltage level.

Abstract: Methods and corresponding systems for controlling a light fixture include a memory for storing data and software. A multi-tap capacitor has a plurality of tap capacitors integrated into a capacitor housing. A plurality of switches are each coupled to one of the plurality of tap capacitors for selectively coupling the tap capacitors together to produce a variable multi-tap capacitance. A processor is coupled to the memory and the switches to facilitate: detecting a trigger for changing a lumen level output by the light fixture; determining a new lumen level in response to the trigger; determining a capacitance value that corresponds to the new lumen level; and configuring the plurality of switches to produce the multi-tap capacitance that corresponds to the new lumen level. The processor can record data in the memory that represents times of lumen changes and switch settings, which data correlates to power consumption.

Abstract: A method of compensating a photo sensor (and a corresponding photo sensor with compensation) insures the accuracy of the photo sensor, e.g., over environmental variations or photo cell variations. The method comprises: providing a first signal indicative of a light level; providing a second signal indicative of an environmental parameter, e.g., temperature; and calculating, responsive to the first signal and the second signal, a compensated signal that is indicative of an absolute light level. The calculating can be performed by a processor and utilize calibration and compensation information or parameters, which can be obtained experimentally.

Abstract: Transforming a user-supplied DTD satisfying a first XML grammar into a PDTD satisfying a second XML grammar, including converting DTD declarations of alternate content to sequences, converting DTD declarations of optional content to mandatory content, converting DTD declarations of imbedded sequences to subsequences, and demoting attribute definitions of DTD elements having attributes to children of the DTD elements having attributes. Embodiments include converting recursions into repetitions, demoting imbedded compound repetitions from element declarations having imbedded compound repetitions, and demoting imbedded leaves from elements having imbedded leaves.