Other

Microsoft Technology Licensing, LLC

Ebay, Incorporated

Linkedin Corporation

David Q He

Ruixuan Hou

Ming Jiang

Liang Zhang

Deepak Agarwal

Yang Yang

Sanjay Sureshchandra Dubey

Badrinath K Sridharan

Ritesh Maheshwari

Steven Scott Noble

Eric Ye

Michael Chang

Rajasekhar Bhogi

Jieying Chen

Chin Guan Kee

Toon Sripatanaskul

Sreedhar Veeravalli

Steven Pham

John C Moon

Yumo Liu

Fenghuan Lu

A mobile advertisement system mounted on a back window of a vehicle using suction cups is presented according to aspects of present disclosure. In certain embodiments, the mobile advertisement system connects wirelessly to a mobile advertisement server, sends its GPS location updates periodically to mobile advertisement server, receives advertisements and delivery instructions from mobile advertisement server in response to the GPS location updates sent, displays advertisements on the display screen of the mobile advertisement system according to the corresponding delivery instructions when at least one automobile is detected, and transmits delivery confirmations to mobile advertisement server after each advertisement is displayed according to the corresponding delivery instructions. A video camera detects whether there are any automobile behind, and mobile advertisement system will not display advertisements when there is no automobile behind. brightness of advertisement display is in directly proportional to light intensity outside detected by a light sensor.

Mobile advertisement systems and mobile advertisement platforms using the same

The disclosed embodiments provide a system for processing data. During operation, the system obtains a set of partitions containing records spanning a time interval, wherein the records include a set of values for a metric and a set of dimensions associated with the set of values. For each dimensional subset associated with the set of dimensions, the system aggregates, based on the set of partitions, a corresponding subset of values for the metric into a distribution-based representation of the metric. The system then stores a dictionary encoding of the dimensional subset in association with the distribution-based representation of the metric. Finally, the system calculates, based on the distribution-based representation, one or more quantiles associated with the dimensional subset and outputs the quantile(s) for use in characterizing a distribution of the metric.

Aggregating quantile metrics in multidimensional data sets

The present disclosure relates to a mobile media delivery system. In certain embodiments, mobile media delivery system has a mobile media delivery controller and a mobile media delivery device. Mobile media delivery device delivers a set of digital media according to a set of corresponding delivery instructions. Mobile media delivery controller includes a processor and a memory. Memory includes a media storage and a firmware. Firmware stores computer executable instructions. When executed by processor, computer executable instructions cause processor to: send GPS location information of mobile media delivery controller to a mobile media delivery server, receive set of digital media and set of corresponding delivery instructions from mobile media delivery server based on GPS location information, store set of digital media and set of corresponding delivery instructions received in a media storage, and deliver set of digital media to mobile media delivery device according to set of corresponding delivery instructions.

Mobile media delivery system and methods of using the same

The present disclosure relates to a mobile advertisement system and a method of advertisement using the mobile advertisement system. In certain embodiments, mobile advertisement system includes: a mobile advertisement server and one or more mobile advertisement delivery systems. The mobile advertisement server registers many advertisers and subscribers, receives various advertisements and their corresponding delivery instructions from advertisers, and dispatch advertisements and delivery instructions to the subscribers. Each of mobile advertisement delivery systems corresponds to one of registered subscribers, and is connected to mobile advertisement server. Each mobile advertisement delivery systems receive advertisements and delivery instructions from mobile advertisement server, and displays advertisements on respective mobile advertisement display device according to corresponding delivery instructions. Each delivery instruction corresponds to an advertisement, and includes: delivery time and delivery location. Each mobile advertisement delivery systems displays advertisements when it is positioned in a region specified by delivery location and during delivery time.

Mobile advertisement systems and methods of using the same

The present disclosure relates to a ride share signage device and method of using the ride share signage device. In certain embodiments, ride share signage device includes: a border display element for displaying initials of ride share companies, an LED dot-matrix display element for displaying one or more advertisements and rider welcome messages in different languages. Signage controller includes a display driver to manage displays, an input module and a processing element. The input module receives information about one or more riders through a ride request and the advertisements. The processing element includes a processor and a non-volatile memory storing computer executable instructions. When executed by the processor, the computer executable instructions cause the processor to receive ride request and advertisement messages, display rider welcome message in certain distance from rider's pick-up location, and display the advertisements before displaying rider welcome message and after the riders have been dropped off.

Ride share signage and methods of using the same

Various embodiments include a method and system for high-volume distributed script error report handling. A group of user terminals may be selected to report errors, where the group of user terminals is a subset of user terminals having open user session and the group of user terminals is smaller than a predetermined threshold value. An error report, generated by a user terminal in response to a script error, may then be received, where the user terminal is in the group of user terminals selected to report errors. The received error report may then be processed to create a processed error report. The processed error report may then be presented to a service user.

High-volume distributed script error handling

A system for processing data is provided. During operation, the system obtains a current window of one or more intervals of timeseries data collected from a monitored system. Next, the system continuously performs a statistical hypothesis test that compares the one or more intervals of the time-series data with baseline values from historic time-series data associated with the monitored system. When the statistical hypothesis test indicates a deviation of the time-series data from the baseline values, the system outputs an alert of an anomaly represented by the deviation.

Statistical detection of site speed performance anomalies

Dispenser for e-liquid

The disclosed embodiments provide a system for processing data. During operation, the system obtains a set of components of a time-series performance metric associated with an anomaly in a performance of one or more monitored systems. For each component in the set of components, the system performs a statistical hypothesis test on the component to assess a deviation of the component from a baseline value of the component. When the statistical hypothesis test identifies a statistically significant deviation of the component from the baseline value, the system outputs an alert comprising a root cause of the anomaly that is represented by the statistically significant deviation of the component from the baseline value.

Root cause investigation of site speed performance anomalies

The disclosed embodiments provide a system for processing data. During operation, the system obtains a component of a time-series performance metric associated with a server-side root cause of an anomaly in the time-series performance metric. Next, the system obtains a call graph representation of the component, wherein the call graph representation includes a parent node having a parent value of the component and a set of child nodes of the parent node, each child node having a corresponding child value of the component. The system then analyzes the call graph representation to identify one or more of the child nodes as sources of the anomaly. Finally, the system outputs an alert that identifies the sources of the anomaly.

Analysis of site speed performance anomalies caused by server-side issues

The aspects of the present invention relate to intelligent alarm systems and methods of using the intelligent alarm systems. In certain embodiments, the intelligent alarm system includes: one or more personal alarm devices, one for each user, and an intelligent alarm controller. Personal alarm device includes a transceiver module and a personal alarm module. Intelligent alarm controller includes a proximity detection module, a transceiver module, and an alarm control module. When at least one user carrying personal alarm device approaches the intelligent alarm controller within a predetermined distance range, the intelligent alarm controller detects the user using ultra-wide band (UWB) radio frequency signals, turns on a controller alarm device using alarm control module, and instructs the personal alarm device in the predetermined distance range via the transceiver module of the personal alarm device to turn on one or more alarms on the personal alarm device using the personal alarm module.

Intelligent alarm systems and methods of using the same

The disclosed embodiments provide a system for processing data. During operation, the system obtains a set of metrics related to a performance of a single-page application (SPA), wherein the set of metrics includes an initial page load time of the SPA that is calculated from a page load event and a render completion time and a subsequent page load time of the SPA that is calculated from a transition time and the render completion time. Next, the system uses the set of metrics to display a graphical user interface (GUI) comprising a chart of a performance of the SPA. The system then displays, in the chart, a representation of the page load time for the SPA.

Processing and visualization of single-page application performance metrics

The disclosed embodiments provide a system for processing data. During operation, the system obtains a first set of metrics generated during loading of a single-page application (SPA) in a web browser, wherein the first set of metrics includes a page load event and a render completion time. Next, the system uses the first set of metrics to calculate an initial page load time for the SPA. The system also obtains a second set of metrics generated during loading of a subsequent view in the SPA, wherein the second set of metrics includes a transition time and the render completion time. The system then uses the second set of metrics to calculate a subsequent page load time for the SPA. Finally, the system outputs the first and second sets of metrics, the initial page load time, and the subsequent page load time for use in analyzing a performance of the SPA.

Real user monitoring of single-page applications

Computerized techniques are described for detecting performance degradation during features ramp up. A first version of web content is sent to first client devices. The first version of the web content lacks a particular feature. First performance data that indicates performance of each first client device with respect to processing the web content is received. A second version of the web content is sent to second client devices. The second version of the web content has the particular feature. Second performance data that indicates performance of each second client device with respect to processing the web content is received. The first performance data is compared with the second performance data to determine a difference between a processing metric associated with the first version of the web content and a processing metric associated with the second version of the web content.

Growing community of inventors

Cupertino, CA, United States of America

David Q He