International Business Machines Corporation

James K Hook

Hamish C Hunt

Nicholas K Lincoln

Simon A S Briggs

Simon D Stone

Andrew S Feltham

Uwais Ashraf

Simon A Briggs

Craig J Morten

Benjamin Miller

Ioannis Georgiou

Gemma M Bailey

Leon Chen

Melanie S Hopper

Susannah Marie Lindsay

Secure passcode entry using a mobile device having augmented reality capability. The mobile device is registered with an authorization server to register an agreed input display algorithm with an initialization seed, and a user passcode is registered with the authorization server. A superset of options is obtained from an input interface device at which a user passcode is to be entered. The superset of options is processed using the input display algorithm and initialization seed to result in an arrangement of characters including the characters of a registered user passcode. The arrangement of characters is overlaid using the augmented reality capability of the mobile device in relation to an input interface of the input interface device.

Secure passcode entry using mobile device with augmented reality capability

This invention relates to a system, method and computer program product for a graphic user interface (GUI) comprising: a GUI controller for controlling a GUI; a graphical cursor engine for projecting a mouse cursor on to a GUI and responsive to a user moving and controlling a mouse to select the graphical controls; a user action recorder for recording sequences of user actions in the GUI in a database of user sequences for a plurality of GUI user sessions; a next action engine for determining, in a particular GUI user session, a next action with the highest probability for a particular GUI based on one or more recorded sequences for that GUI in the database of user sequences and user past actions in that session; and a biasing engine for biasing graphical cursor movement towards the next action with the highest probability.

User experience steering

A method, computer system, and computer program product for reducing one or more distractions during a period of high productivity are provided. The embodiment may include receiving a plurality of user metadata. The embodiment may also include, in response to determining a user is in a high productivity state, analyzing the plurality of received user metadata for potential distractions to the high productivity state. The embodiment may further include, in response to identifying one or more potential distractions based on the plurality of analyzed user metadata, determining an appropriate modification to the one or more identified potential distractions. The embodiment may also include performing the determined appropriate modification.

Maximize human resources efficiency by reducing distractions during high productivity periods

Disclosed are methods, systems and computer program products for operating and controlling network-enabled devices. A network-enabled device communicates capability information representative of its set of capabilities. The network-enabled device also communicates a status signal indicative of the status of the device. It may be determined that the first network-enabled device is unable or unavailable to perform a function based on a status signal communicated by the first network-enabled device. A second network-enabled device may be identified to assign a failover function to based on the respective capabilities of the second network-enabled devices.

Network-enabled devices

A method for viewing a plurality of encrypted code displayed within an integrated development environment with a pair of augmented reality (AR) glasses. A plurality of user login credentials submitted by a user utilizing the pair of AR glasses to access a plurality of encrypted code. The method may determine the user is authorized to access a portion of the plurality of encrypted code based on the received plurality of user login credentials. The method may further decrypt the portion based on determining the user is authorized to access the portion. The method may further include displaying the decrypted portion on a lens within the pair of AR glasses.

Tiered code obfuscation in a development environment

The present invention relates to controlling at least a motion of a cursor relative to at least two graphically-displayed windows on at least a computer monitor, each window comprising at least a respective interaction area and each respective interaction area comprising at least an interaction point, wherein at least a distance between at least two interaction points is measured, each interaction point being in a respective interaction area of one of the windows. At least an active dynamic margin is provided to each of the respective interaction areas in response to any value up to a predetermined, interaction threshold value being measured between their interaction points.

Controlling cursor motion

Software that performs the following steps: (i) receiving a first set of search term(s); (ii) receiving identifying information identifying a set of primary web page(s), where each primary web page has been determined, by a search engine, to be potentially relevant to the first set of search term(s); (iii) receiving first visited page information, where the first visited page information includes identifying information identifying: a first visited primary web page that has been visited by a user, and a first set of secondary web page(s) corresponding to the first visited primary web page, where each secondary web page is linked by the first visited primary web page; and (iv) determining relevance score(s) for each secondary web page, where each relevance score indicates an amount of relevance for its respective secondary web page with respect to the first set of search terms.

Utilizing hyperlink forward chain analysis to signify relevant links to a user

A method and system are provided for generating peer-to-peer augmented reality handlers. The method includes receiving, from a user wearing a pair of augmented reality glasses, an indication that the user intends to place an augmented reality handler at a location where the user is currently looking. The augmented reality handler is for visually associating content with an item of interest to the user. The method further includes determining, by the augmented reality glasses, the location where the user is currently looking. The method also includes creating the augmented reality handler in three-dimensional space at the location and presenting, by the augmented reality glasses, the augmented reality handler to the user. The method additionally includes creating an access control list to determine authorized individuals able to use this handler. The method further includes presenting the augmented reality handler to the authorized individuals, based on the access control list.

Peer-to-peer augmented reality handlers

Methods, systems and computer program products for emulating a laser pointer with a mobile device are provided. Aspects include determining a position of the mobile device in a room having a display screen, determining a location of the display screen in the room, and determining an orientation of the mobile device. Aspects also include calculating a line vector originating from the mobile device and modifying a display on the display screen to include an indicator of a point at which the line vector intersects the display screen based on a determination that the line vector intersects the display screen.

Laser pointer emulation via a mobile device

A window has a pane of transparent material. A first set of microfluidic channels pass through a first area of the pane, and a second set of microfluidic channels pass through a second area of the pane. Microfluidic planes are in fluid communication with the first and second sets of microfluidic channels. A first pump is in fluid communication with the first set of microfluidic channels, and selectively moves a first fluid having a first level of opacity through the microfluidic planes via the first set of microfluidic channels. A second pump is in fluid communication with the second set of microfluidic channels, and selectively moves a second fluid having a second level of opacity through the microfluidic planes via the second set of microfluidic channels. Moving the second fluid into the microfluidic planes pushes the first fluid out of the microfluidic planes, thereby adjusting an opacity of the window.

Growing community of inventors

Eastleigh, United Kingdom

James K Hook