Nokia Technologies Oy

Jukka Saarinen

Francesco Cricri

Leo Karkkainen

Mikko Aleksi Uusitalo

Akos Vetek

Jari T Kangas

Mikko Terho

Sami Ronkainen

Leo Kärkkäinen

Tero Jokela

Andrea Janes

Alberto Sillitti

Giancarlo Succi

Ilenia Fronza

A method comprising: recognizing a first two-handed gesture and a second two-handed gesture in a monitored scene space to at least partially define a shape and position of a computer-implemented virtual boundary in a corresponding monitoring space, wherein the first two-handed gesture in the monitored scene space specifies a first two points in the monitoring space and the second two-handed gesture in the monitored scene space specifies a second two points in the monitoring space; causing implementation of the computer-implemented virtual boundary in the monitoring space corresponding to the monitored scene space, wherein a shape and position of the computer-implemented virtual boundary is at least partially defined by the first two points in the monitoring space and the second two points in the monitoring space; and processing received data to generate a response event when there is a change in a portion of the monitored scene space relative to the computer-implemented virtual boundary in the corresponding monitoring space.

Monitoring

A method, apparatus, and computer product for: determining that the location of a user satisfies at least one spatial boundary condition; and in response to said determination, causing the presentation of an avatar to the user, wherein the presentation of the avatar comprises presenting an instruction given by the avatar to the user.

Avatar-enforced spatial boundary condition

This specification describes a method comprising determining whether an estimated position of an audio capture device which captures audio data is within boundaries of a predetermined area, and in response to a determination that the estimated position is not within the boundaries of the predetermined area, associating the captured audio data with an adjusted position.

Methods and apparatuses relating to an estimated position of an audio capture device

The present application relates to adapting a user interface based on context information. In the method, apparatus and system according to the present application, a context vector () is used to select a plurality of resource availability vectors (). The plurality of resource availability vectors are indicative of availability of user resources in the corresponding context. The selected resource availability vectors are then used together in adapting a user interface () according to the availability of the user resources. There is also a method and devices for forming a data structure that can be used in the selection of the resource availability vectors. The method may select from different user interface modalities () by processing sensor input data with an associative memory, such as a sparse distributed memory.

Method, device and system for user interface adaptation

The invention relates to determining a context of a system so that the system can be controlled or the context information be used in the system. The context of a system is described with tags or words that characterize e.g. the state of the system, the surroundings of the system and the state of the user. These tags are determined at multiple time instances. The tags are collected over a first time span and a second time span, and the two (or more) sets of tags are used to determine the context of the system. If the determination using the two sets gives a different result, that is, there is a large distance between the two derived contexts, it is determined that a change in context has occurred. Detecting the change in context can be used to control the system, e.g. by changing the applications presented to the user on the user interface, or by changing the state and/or priority of applications.

System and method for determining context

An apparatus, method and computer program where the apparatus comprises: at least one memory configured to store a computer program comprising computer program instructions; and at least one processor configured to execute the computer program instructions to cause the apparatus at least to perform: obtaining, from at least one detector, a detection of at least one bio-signal from at least one user where the user is using a user output device; determining from the at least one obtained bio-signal that movement of the user's head is about to occur; and in response to determining that movement of the user's head is about to occur, enabling the processor to control the output provided by the user output device to coordinate with the movement of the user's head.

Apparatus, method and computer program for controlling a near-eye display

The present application relates to carrying out energy management based on context information. In the method, apparatus and system according to the application, a context vector () is used to select a operational state plurality of operational state vectors (). The plurality of operational state vectors are indicative of the state and/or energy consumption of different operational units in the corresponding context. The selected operational state vectors are then used together in adapting an operational state of the operational units according to the needs in the context (). There is also a method and devices for forming a data structure () that can be used in the selection of the operational state vectors. The method can be used in the energy management of mobile devices, where the operational units are components of these devices and the context can include data from sensors. The method may use an associative memory such as a sparse distributed memory in storing operational state vectors.

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Nokia, Finland

Jukka Saarinen