186 results about "Mobile technology" patented technology

A multi-modal human computer interface (HCI) receives a plurality of available information inputs concurrently, or serially, and employs a subset of the inputs to determine or infer user intent with respect to a communication or information goal. Received inputs are respectively parsed, and the parsed inputs are analyzed and optionally synthesized with respect to one or more of each other. In the event sufficient information is not available to determine user intent or goal, feedback can be provided to the user in order to facilitate clarifying, confirming, or augmenting the information inputs.

A method is provided for ascertaining the proximity of a mobile technology platform to a location. The method includes comparing the percent overlap of a first geofence associated with the mobile technology platform with a second geofence associated with the location; if the percent overlap is greater than a predetermined threshold value T₁, wherein T₁<100%, then marking the mobile technology platform as having entered the second geofence, and otherwise marking the mobile technology platform as not having entered the second geofence.

A system and method for facilitating collaboration of a group. The system and method provide a ubiquitous anytime/everywhere environment realized through fixed and mobile technologies and scaffolded by group support software. The system includes a collaboration engine having an architecture that supports both generic collaborative processes along with task specific team processes instantiated through a sophisticated suite of advanced modular technologies. The collaboration engine drives dynamic and real time collaborative problem solving and decision making by integrating sensor and human data from the field with group support software that efficiently and effectively manages team interaction.

A mobile technology cabinet comprises a compartment having a work platform mounted for rotational motion between a substantially vertical storage position and a deployed position. A monitor support is operatively connected to the work platform such that movement of the work platform between the storage position and the deployed position causes the monitor support to rise from a storage position to a deployed position. The work platform may be rotated relative to the cabinet to simultaneously deploy the work surface and to raise the monitor. A base supports the cabinet for movement on wheels. A frame extends from the base and supports a cabinet such that the cabinet is movable between a raised position and a lowered position.

The invention relates to an autonomous obstacle avoidance method, an autonomous obstacle avoidance device and an autonomous obstacle avoidance system applied to the field of intelligent mobile technology. The autonomous obstacle avoidance method comprises: establishing a front obstacle information map, assigning a value to each pixel based on the detection results of at least two different distance detection sensors on the coverage area of the N*N grid map, and planning a path according to the assigned values. The autonomous obstacle avoidance device comprises a map establishing module, an assigning module and a path planning module. The autonomous obstacle avoidance system comprises at least one first sensor, at least one second sensor, at least one third sensor and an obstacle avoidance controller. By adopting the method, the device and the system, the travel path is planned in advance through multistage control to avoid obstacles, and emergent braking measures are adopted when obstacles cannot be avoided, so that collision is avoided.

Systems and methods for managing healthcare treatment using closed-loop control are described. A method includes wirelessly receiving quality-of-care information from a patient mobile communication device, reporting the quality-of-care information to a quality tracking system, and receiving an incentive payment responsive to reporting the quality-of-care information to the quality tracking system. The quality-of-care information may relate to one or more quality-of-care indicators used to incentivize a provider or consumer of healthcare services. A patient may be alerted to the quality-of-care indicators for specific medical conditions. Personalized and specific notifications generated by an application residing in the patient's mobile device or running in the cloud may be communicated to the patient electronically, including prompts to the patient to take specific action in order to best manage a medical condition or prescribed treatment. A healthcare provider may be notified of a treatment or quality-of-care recommended action to be taken.

A system for aggregating media is provided which includes a server equipped with a processor and memory and having an event database associated with it which contains a plurality of events, wherein each of the plurality of events has a temporal window and geofence associated with it; and a plurality of users, each having associated therewith a mobile technology platform equipped with a display and a memory which communicates with the server. The memory of each mobile technology platform has an instance of a software application is installed which monitors the current location of the user, prompts the user to check into events present in the event database when the user enters a geofence associated with an event within the temporal window associated with the event, associates, with one of the plurality of events, media which was captured by the user while the user was checked into the one of the plurality of events and within the temporal window and geofence associated with the one of the plurality of events, and uploads the captured media to the server.

The invention discloses a method and system for monitoring the wetland resource and the ecological environment. The system consists of a wetland space data management system, a wetland field investigation system, a wetland event management system and a wetland protection website, wherein transmitted data of Internet, 3G network and wireless communication network are used; a common database is taken as an information hinge; the wetland space data management system is taken as a core; development is performed in a B/S+C/S mixed mode; the wetland field investigation system is developed on the basis of a portable computer and a GPS (Global Positioning System) module; the wetland event management system adopts a GIS (Geographic Information System) technology, and is used for monitoring wetland ecological events by using a short message gateway, short message center platform hardware and a technology; and the wetland protection website is developed by a WebGIS technology and is used for issuing wetland space information. By adopting the method and the system, the blank of integrated application of the wetland resource with ecological environment management, data acquisition, real-time monitoring and network issuing is filled up, and a scientific, quantitative and informationalized technical measure, method and platform are provided.

Techniques are provided for alerting drivers of hazardous driving conditions using the sensing capabilities of wearable mobile technology. In one aspect, a method for alerting drivers of hazardous driving conditions includes the steps of: collecting real-time data from a driver of a vehicle, wherein the data is collected via a mobile device worn by the driver; determining whether the real-time data indicates that a hazardous driving condition exists; providing feedback to the driver if the real-time data indicates that a hazardous driving condition exists, and continuing to collect data from the driver in real-time if the real-time data indicates that a hazardous driving condition does not exist. The real-time data may also be collected and used to learn characteristics of the driver. These characteristics can be compared with the data being collected to help determine, in real-time, whether the driving behavior is normal and whether a hazardous driving condition exists.

Recent years, the phenomenon of class skipping exists in colleges commonly, so that an attendance checking system and an attendance checking method which are convenient to use and user-friendly are the urgent needs of all the colleges. The invention relates to a class attendance checking method based on a mobile phone platform, and relates to the class attendance checking system allowing teachers to call the roll and students to checking in, in particular to the class attendance checking system based on the mobile phone platform, and belongs to the technical field of information. The class attendance checking method based on the mobile phone platform and the class attendance checking system based on the mobile phone platform well solve the problems that an existing attendance checking system needs extra devices, is inconvenient to use and is not user-friendly. The attendance checking system is as shown in an attached figure, and the human face detecting technology and the moving technology are combined. After the teachers and the students install software of the system on mobile phones and background servers are deployed, attendance checking can be finished easily, and effective support is provided for teaching management.

The invention discloses a large-sized digital machine room routing inspection method based on QR code and mobile technologies. The QR code technology is adopted to generate unique identification codes which are associated with machine room equipment, and one-to-one mapping between the identification codes and ID information of the equipment is realized; changes of equipment information cannot actually affect the associativity except for the ID information of the equipment; and an inspector scans associated QR code labels on the machine room equipment with mobile equipment accessed into a local area network in a machine room to acquire the equipment information, fills fault conditions with App on a mobile terminal, and submits the fault conditions to a server, thus completing the fault declaration work for the machine room equipment. The large-sized digital machine room routing inspection method has the beneficial effects that operation and maintenance staff can hold an intelligent terminal in a hand to scan a QR code label on IT equipment and then submit defects and faults of the IT equipment, so that the processes of manual recording and filling with a PC terminal of the operation and maintenance staff are omitted. By the application of the QR code and mobile technologies, the operation and maintenance work can be carried out on the intelligent terminal, so that the operation and maintenance management modes and measures are enriched, and the operation and maintenance management efficiency of assets of the IT equipment is effectively improved.

A parking enforcement system and method. The system and method may employ mobile technology and, in particular, a mobile device. From the perspective of the mobile device, a parking identifier is received, wherein the parking identifier corresponds with a parking space or corresponds with parking spaces. The mobile device then receives parking session information relating to the parking space or spaces corresponding with the parking identifier. The mobile device is capable of outputting this information in various forms to assist with parking enforcement. The parking session information may be transmitted to the mobile device from a network server in communication with the mobile device over the network.

The present invention relates to the health and medical community monitoring field, the new generation high speed mobile communication field and the intelligent embedded system field. The device name is tracking body diagnosis pre-warning nursing device based on a rear 3G high speed wireless net. A set of medical sensor used for obtaining human body physiology data is also required to be matched with the device when in use. The technical problems to be solved includes obtaining the parameter of a multiple-parameter nondestructive examination medical sensor, analog-to-digital conversion of sensor signal, building a short distance miniature movable sensor network, accessing the rear 3G net in the air, a method of accessing the rear 3G net in the movable sensor network, a remote exact tracing method, etc. The key points are that the latest wireless mobile technology is adopted to nurse and diagnose the latent sudden disease carrier, the mental sickness patient, the parturient women, the organ transplanters, etc., in real time and process the sudden danger in time. The device of the present invention can be widely applied to every large medical treatment and nursing mechanism and is also fit for small scale monitoring in family.

A control method for a mobile terminal which connects to a router linked to an external network through at least one interface, including receiving a router advertisement message from the router through a first interface, determining whether prefix information of the received router advertisement message is identical with prefix information of a preset internet protocol (IP) configuration reuse group including the first interface, and generating an IP configuration of the first interface when the two prefix information are identical. Accordingly, at the time of a vertical handover, continuity of the A/V session can be maintained without having to use mobile IP technology.

A system, computer-readable medium system, and method which provide for delivering notifications to a mobile device where the provider has first and second mobile technology types. Initially, a notification is received from a notification sub-system. A first communication of the notification to the mobile device is then attempted via the first technology type. Where the mobile device has the second technology type, an error signal is received that the attempt has failed. Next, a second communication of the notification to the mobile device is attempted via the second technology type. Where the mobile device has the second technology type and receives the notification, a delivery signal that the attempt was successful is received. After the delivery signal is received, logging of the second technology type of the mobile device is made so that thereafter, any new notification is attempted using the logged second technology type.

The invention discloses a system combined with smartphones of carrying out digital signature and certification, file encryption and decryption by utilizing mobile key technology, which saves user keys or certificates on the smartphones and also carries out the processes of signature/ certification, encryption/decryption on the smartphones. The invention mainly uses a smartphone of Windows mobile operating system, a desktop computer software module and a smartphone software module. Firstly, a mobile key client is designed and realized on the desktop computer, including file encryption and decryption files, office signature, and certification Plug-ins. Then, a security system of mathematical manipulation of digital signature, certification, file encryption/decryption, etc. is designed and realized on the smartphone. Beside the inherent advantages of a USB key of convenient use, high security, etc., the invention also has multiple advantages that the USB Key does not have, such as, rapid arithmetic speed, long key support, supporting the processing of overlarge files, good sharing performance, high security and better expandability.

The invention provides a remote controller based on a mobile terminal, comprising the mobile terminal, a wireless transmission module, an infrared interface, an infrared control module and a mobile data module, wherein the wireless transmission module and the infrared interface are coupled with a digital base band circuit of the mobile terminal; and the infrared control module and the mobile data module are coupled with a central processing unit of the mobile terminal. The invention has the following benefits: one technology terminal is used for remotely controlling the TV by providing a TV remote controller based on mobile technology; the TV program list can be downloaded from the server in a wireless manner so that the program resources are rich and are prompt and convenient to change, meanwhile, communications through cordless telephone are realized so that the functions of the mobile terminal are expanded to ensure the remote controller to be more practical, the defects that the original remote controllers are easy to lose and confuse and hard to find are thoroughly solved, and the mobile terminal adopts rechargeable batteries, thus avoiding the defect that the original remote controller adopts dry batteries.

A new architecture provides network-based mobility in cellular networks that is built on Internet Protocol (IP)/Multiprotocol Label Switching (MPLS) technologies, such as Virtual Private Local Area Network (LAN) Service (VPLS), the Border Gateway Protocol (BGP) and BGP MPLS Layer 3 Virtual Private Networks (VPNs). The architecture consists of several building blocks that provide functionality for different aspects of cellular network mobility. One building block is network-based macro mobility in IP/MPLS networks. The macro mobility techniques described herein are built on extensions to a routing protocol such as BGP. Another building block relates to transferring subscriber context between network devices while preserving the IP address of the subscriber. The techniques described herein provide a subscriber context transfer mechanism for mobile subscriber management that is built on extensions to a routing protocol such as BGP. Another building block of the mobility architecture is network-based micro mobility based on VPLS.

The invention discloses a mobile anchor node based weighted centroid locating method for a wireless sensor network node and belongs to the field of application of the wireless sensor network and the random mobile technology and the wireless range finding technology. Since a mobile anchor node is utilized to substitute for a traditional anchor node, usage cost is reduced, and coverage rate for unknown nodes is increased. Locations of the unknown nodes can be obtained by scheduling moving path of the anchor node and by the aid of the weighted centroid algorithm. The mobile anchor node based weighted centroid locating method for the wireless sensor network node is low in cost, simple in algorithm, high in coverage rate of unknown nodes, accurate in locating, and applicable to practical use.

The disclosed active sensor environment faced to danger environment comprises: a client computer, a BS as a gateway between the client computer and mobile node, and some mobile nodes sending collected environment data to BS, wherein the BS repacks data from node and sends to the client computer, receives and decomposes command from the computer, and single jump routes or multiple jump routes to different node. This invention combines wireless sensor network and mobile robot technology, and provides a way for detecting danger environment.

A business method is provided on a secure web service by a vendor for a client to develop a business application(s). The vendor provides a wireless access point at the client site for disseminating business application(s) to consumers over mobile devices when the mobile devices connect to a wireless or a cellular network using the wireless access point provided at the client site. The business application is received by the consumers after providing a feedback to a consumer survey that generates a consumer profile by gathering consumers' anonymized demographic, socio-economic, age, gender, preferences, and social networking information. The business method provides additional premium services to the client that includes providing consumer satisfaction information and analytics using consumer profile information generated from feedback and consumer satisfaction information. The analytics are used for creating customized business application(s) to provide target advertisement and promotion incentive to the consumers.