Abstract: In aspects of rollable screen device with piezoelectric sensing, a mobile device includes a rollable display screen configurable in one of multiple display states corresponding to respective device form factors. The mobile device has one or more piezoelectric sensors that detect forces applied to the rollable display screen of the mobile device. The mobile device implements a selection manager that activates one or more parameters (e.g., volume, call acceptance, call decline) of the mobile device based on the forces detected by the one or more piezoelectric sensors.

Abstract: A method in an electronic device includes processing, with one or more processors of the electronic device using a communication device of the electronic device, an electronic financial transaction. The method generates, with the one or more processors using signals from one or more sensors of the electronic device, a digital footprint defining locational surroundings and environs of the electronic device during the processing of the electronic financial transaction. The method monitors, by one or more sensors of the electronic device, the surroundings and environs of the electronic device and presents, by the one or more processors on a user interface, an alert when the surroundings and environs again match the digital footprint defining locational surroundings and environs of the electronic device during the processing of the electronic financial transaction.

Abstract: In aspects of location based transaction authentication, a mobile device includes a location service to determine a device location of the mobile device. The mobile device also implements a transaction authentication manager that can receive a transaction location of a transaction associated with an account of a user of the mobile device, and compare the device location of the mobile device to the transaction location of the transaction. The transaction authentication manager can also receive a one time password that is masked in response to determining that the device location does not match the transaction location, and reveal the one time password in response to receiving an input on the mobile device to authenticate the transaction.

Abstract: An aspect of the present disclosure facilitates performance of node management actions in a computing infrastructure having diverse node interfaces. In one embodiment, a configuration data is maintained, the configuration data specifying plugins designed to communicate with different node interfaces installed on the nodes of a computing infrastructure. The plugins are corresponding implementations of a common client interface. Upon receiving from the client application, via the common client interface, a management action to be performed on a desired node, the configuration data is inspected to identify a specific plugin corresponding to the node interface installed on the desired node. The node management action is then performed on the desired node using the identified specific plugin. Accordingly, the client application can be implemented agnostic to the specific node interfaces installed on a node.

Abstract: There is disclosed a computer-implemented system and method of analyzing a batch of objects, including bucketizing the batch of objects into a plurality of buckets according to a feature of the objects; for objects within a batch, performing malware analysis on the objects to assign a malware analysis score, and adjusting the malware analysis score based on the batch; and performing respective security actions on the objects within the batch, based on the adjusted malware analysis score.

Abstract: An electronic device, method, and computer program product enable productivity of a combination desktop and mobile computing environments that are communicatively connected without distracting duplicative notifications on both a desktop and mobile user interface. A controller of the electronic device presents a first version of a user interface at an internal display of the electronic device and a second version at an external display of a second electronic device. The controller monitors input device(s) for an indication that user attention is directed to one of the internal display and the external display. The controller presents a notification via the first user interface at the internal display in response to determining that the user attention is directed to the internal display. The controller presents the notification via the second user interface at the external display in response to determining that the user attention is directed to the external display.

Abstract: An electronic device includes a communication device and one or more processors operable with the communication device. The one or more processors, in response to the communication device identifying a port establishing a display data channel, causing the communication device to transmit an extended display identification (EDID) extension or second-generation EDID file structure comprising a wearable glass projection device content rendering parameter, which can be expressed as an interpupillary distance.

Abstract: In aspects of audio manipulation of emulated content, a media device includes a memory for storing original audio content. The media device also implements an audio manipulation manager that can receive input audio content that emulates the original audio content. The audio manipulation manager also receives metadata associated with the original audio content that includes a content creator voice category associated with the original audio content. The audio manipulation manager can also determine a user voice category from the input audio content, and then transform the input audio content to manipulated audio content by changing the user voice category to the content creator voice category. To change the user voice category to the content creator voice category, the audio manipulation manager changes a user tone and a user pitch to a content creator tone and a content creator pitch.

Abstract: This application is directed to collecting event-based vehicle traffic data to facilitate driving a vehicle. A computer system includes sensors that are positioned on a fixed installation at a road, one or more processors, and memory. The computer system monitors, using the plurality of sensors on the fixed installation, vehicle traffic data (e.g., associated with one or more events) in a zone of interest of the road over a period of time to generate historical traffic data. The computer system uses the historical traffic data to train a driving model of an at least partially autonomous vehicle. The computer system sends the driving model to one or more vehicles. The driving model is configured to be used by the one or more vehicles to at least partially autonomously drive in a first trajectory while the one or more vehicles are traveling through a similar zone of interest.

Abstract: This application is directed to a centralized system for predicting vehicle trajectory. A computer system associated with a fixed installation having one or more first sensors obtains, from the first sensors, information of a plurality of vehicles that are traveling within a zone of interest of a road. The computer system generates a first travel trajectory for a first vehicle of the plurality of vehicles based on the information obtained from the one or more first sensors. The computer system sends, to the first vehicle, the first travel trajectory such that the first vehicle is configured to at least partially autonomously drive the first vehicle based on the first travel trajectory of the first vehicle.

Abstract: This application is directed to improving vehicle steering control of an autonomous vehicle. A first vehicle includes a first sensor, one or more processors, and memory. The first vehicle acquires, from at least the first sensor, first data of one or more first objects in a vicinity of the first vehicle. The first vehicle receives from a computer system associated with a fixed installation having at least a second sensor, via a wireless network, second data corresponding to one or more second objects detected by at least the second sensor. The first vehicle adjusts, by the one or more processors, a steering behavior of the first vehicle according to the first data and the second data. The first vehicle at least partially autonomously drives the vehicle in a first trajectory along the first lane of the road according to the steering behavior of the first vehicle.

Abstract: This application is directed to monitoring environmental conditions (e.g., weather and road conditions) associated with a vehicle to facilitate autonomous vehicle control or planning. A computer system is associated with a fixed installation having one or first more sensors. The computer system obtains, via the plurality of sensors, weather information and road surface information for a segment of a road. The computer system generates a road and weather condition estimation based on the weather information and the road surface information. The computer system transmits the road and weather condition estimation to one or more first vehicles in a vicinity of the fixed installation such that the road and weather condition estimation is configured to be used by the one or more first vehicles to at least partially autonomously drive in a first trajectory in accordance with the road and weather condition estimation.

Abstract: This application is directed to collecting traffic flow data to facilitate vehicle motion planning. A computer system collects, via a plurality of sensors that are positioned on a fixed installation at a road, data of vehicles that are traveling along a road. The computer system determines, according to the data, that the vehicles traveling along the road includes a first vehicle and a second vehicle ahead of the first vehicle, where the second vehicle is beyond a sensing range of the first vehicle. The computer system identifies, from the data, second vehicle data corresponding to the second vehicle, including a location and speed of the second vehicle. The computer system transmits the second vehicle data to the first vehicle such that the first vehicle is enabled to at least partially autonomously drive according to the second vehicle data and additional data collected by first sensors of the first vehicle.

Abstract: Aspects of the subject disclosure may include, for example, receiving a handover request from a user equipment (UE) device in a mobility network, wherein the handover request identifies a target cell for handing over radio communication with the UE device from a source cell, wherein the identifying is based on the handover request, determining a usage level of the UE device, wherein the usage level comprises one of performance-sensitive traffic and performance-tolerant traffic, selecting an alternative target cell for the handover request, wherein the selecting is responsive to determining a performance-sensitive traffic usage level of the UE device, and initiating a handover operation between the source cell and the alternative target cell. Other embodiments are disclosed.

Abstract: Systems and methods described herein provide for a customizable console, for use with providing cloud environments. Cloud computing offerings enable access within the context of a cloud environment by third-party operators acting as resellers of products or services owned or managed by a cloud provider. An operator provides access to their customers via consoles that are customizable by the operators to enable greater control over their cloud-based products and services.

Abstract: A method in an electronic device detects, by one or more processors from user input received by a user interface of the electronic device, shopping cart interaction events to an electronic shopping cart within an electronic shopping interactive computing environment. The one or more processors map attempts within the electronic shopping interactive computing environment to meet one or more promotional data structures based upon minimum purchase quantities and/or minimum purchase amounts and cause the user interface to present one or more product notification data structures meeting the one or more promotional data structures as a function of a user persona and behavior data structure retrieved from memory.

Abstract: An electronic device includes a user interface, one or more sensors, a communication device, and one or more processors operable with the user interface, the one or more sensors, and the communication device. The one or more processors determine, with the one or more sensors, whether one or more persons are within a predefined environment of the electronic device. Where only one person is within the predefined environment, the one or more processors operate one or more of a financial application, a messaging application, or a banking application in a normal mode of operation. Where two or more persons are within the predefined environment, the one or more processors operate the one or more of the financial application, the messaging application, or the banking application in a security mode of operation.

Abstract: An electronic device enables techniques for ambience style adaptation of different portions of an adaptive display device in a surface support configuration. The device includes a flexible electronic display, that is mounted in a flexible enclosure that enables the display to be bent into a configuration for use in a surface support configuration, such as standing on a desk or table. The device further includes a processor communicatively coupled to the electronic display, and which obtains context data from one or more data sources, wherein the context data is associated with one or more of a user and an environment surrounding the electronic device, and determines a device context. Based on the device context, a customization display theme for the electronic device is loaded, and the customization display theme is presented on the display of the electronic device.

Abstract: An electronic device enables techniques for user style adaptation of different portions of an adaptive display device in a wearable configuration. The device includes a flexible electronic display, that is mounted in a flexible enclosure that enables the display to be bent into a configuration for use as a wearable device. The device further includes a processor communicatively coupled to the electronic display, and which identifies a context associated with a user of the electronic device, while the electronic device is being worn by the user. Based on the context, the electronic device loads and presents a customization display theme on at least an outward facing portion of the display.

Abstract: An electronic device, a method, and a computer program product provides freeze frame videos in place of a live video feed to a video communication session. A processor of the electronic device determines that a local participant is connected via the electronic device to an ongoing video communication session with second participants having corresponding second participant devices. The processor captures, via an image capturing device, local video encompassing the local participant. The processor determines a video segment of the local video to identify as a freeze frame video. The processor presents the freeze frame video to the video communication session in response to a trigger condition that pauses a presentation of live video feed of the local participant to the video communication session. The processor loops the presentation of the freeze frame video until an expiration of a threshold maximum time established for presenting the freeze frame video.