Abstract: A data patch for a program already installed in an interactive display computer system is received over a network and stored. There is also received a first set of parameters for controlling the installation of the patch. At the computer, a second set of parameters for controlling optimum installation time periods is predetermined wherein the data patch may be installed. The first and second sets of parameters are correlated to determine a set of optimum time periods during which the data patch may be installed, and this set of time periods are displayed so that a user may interactively select an optimum time period for installation of the data patch.

Abstract: A method for crowd sourcing tasks may include identifying a group of potential candidates for crowd sourcing. Each candidate of the group of potential candidates may be identified based on the candidate being expected to accept a certain type of task. The certain type of task may be at least a task that is performable within a predetermined range of time. The method may also include receiving a request to perform a particular task from a requester. The method may additionally include determining if the particular task is the certain type of task. The method may further include transmitting an offer for performance of the particular task to at least a subgroup of the group of potential candidates in response to the particular task being the certain type of task.

Abstract: Embodiments of the present invention provide a method, system and computer program product for verification of a generated route in computer assisted navigation. In an embodiment of the invention, a method for verification of a generated route in computer assisted navigation is provided. The method includes receiving an origin and a destination in a mapping application executing in memory by a processor of a computer and generating a first route in the mapping application from the origin to the destination. The method also includes receiving a waypoint for the first route and determining whether or not the waypoint is proximate to the first route. Finally, the method includes validating the first route only if it is determined that the waypoint is proximate to the first route. In one aspect of the embodiment, the method also can include generating an alternative route to include the waypoint if it is determined that the waypoint is not proximate to the first route.

Abstract: A data patch for a program already installed in an interactive display computer system is received over a network and stored. There is also received a first set of parameters for controlling the installation of the patch. At the computer, a second set of parameters for controlling optimum installation time periods is predetermined wherein said data patch may be installed. The first and second sets of parameters are correlated to determine a set of optimum time periods during which the data patch may be installed, and this set of time periods are displayed so that a user may interactively select an optimum time period for installation of the data patch.

Abstract: A data patch for a program already installed in an interactive display computer system is received over a network and stored. There is also received a first set of parameters for controlling the installation of the patch. At the computer, a second set of parameters for controlling optimum installation time periods is predetermined wherein said data patch may be installed. The first and second sets of parameters are correlated to determine a set of optimum time periods during which the data patch may be installed, and this set of time periods are displayed so that a user may interactively select an optimum time period for installation of the data patch.

Abstract: A method, computer program product, and system for enforcing eMeeting guidelines is described. An indication of one or more use restriction guidelines is received. The one or more use restriction guidelines is associated with an electronic communication session. The one or more use restriction guidelines is provided to a computing device associated with an invitee associated with the electronic communication session. An indication is received that the invitee has accepted a portion of the one or more use restriction guidelines. The portion of the one or more use restriction guidelines is enforced with respect to one or more devices associated with the invitee.

Abstract: A method for crowd sourcing tasks may include identifying a group of potential candidates for crowd sourcing. Each candidate of the group of potential candidates may be identified based on the candidate being expected to accept a certain type of task. The certain type of task may be at least a task that is performable within a predetermined range of time. The method may also include receiving a request to perform a particular task from a requester. The method may additionally include determining if the particular task is the certain type of task. The method may further include transmitting an offer for performance of the particular task to at least a subgroup of the group of potential candidates in response to the particular task being the certain type of task.

Abstract: Embodiments of the invention provide a computer implemented method, apparatus and computer readable storage medium to automatically resize view elements in a graphical user interface. The method includes monitoring the graphical user interface. The method also includes responsive to a triggering event, invoking a view optimization program. The method further includes responsive to an invocation of the view optimization program, invoking a window preference program for checking window preferences, a portlet preference program for checking portlet preferences for each portlet, and a portlet priority program for checking portlet priority settings. The method additionally includes invoking an apply program for resizing view elements in the graphical user interface based on the window preferences, the portlet preferences, and the portlet priority settings.

Abstract: A method for crowd sourcing tasks may include identifying a group of potential candidates for crowd sourcing. Each candidate of the group of potential candidates may be identified based on the candidate being expected to accept a certain type of task. The certain type of task may be at least a task that is performable within a predetermined range of time. The method may also include receiving a request to perform a particular task from a requester. The method may additionally include determining if the particular task is the certain type of task. The method may further include transmitting an offer for performance of the particular task to at least a subgroup of the group of potential candidates in response to the particular task being the certain type of task.

Abstract: A method for crowd sourcing tasks may include identifying a group of potential candidates tier crowd sourcing. Each candidate of the group of potential candidates may be identified based on the candidate being expected to accept a certain type of task. The certain type of task may be at least a task that is performable within a predetermined range of time. The method may also include receiving a request to perform a particular task from a requester. The method may additionally include determining if the particular task is the certain type of task. The method may further include transmitting an offer for performance of the particular task to at least a subgroup of the group of potential candidates in response to the particular task being the certain type of task.

Abstract: Described are a system and method for notifying electronic meeting participants of information of interest. For an electronic meeting, a relationship is determined between a first participant and one or more second participants having a relationship with the first participant. A degree of interest by the second participants of a portion of the electronic meeting is determined. A notification is generated for the first participant in response to the determined degree of interest.

Abstract: A user information handling system (IHS) link analysis tool intercepts requests to navigate to a webpage, such as a link. The user IHS link analysis tool transmits the link to a security IHS link analysis tool. The user IHS link analysis tool receives a network selection message from the security IHS indicating which network the user IHS should utilize based upon the content of the link.

Abstract: A security information handling system (IHS) receives a request to navigate to a webpage, such as a link, from a user IHS. A security IHS link analysis tool analyzes the link and determines if the link contains sensitive content. The security IHS link analysis tool transmits a network selection message to the user IHS indicating which network the user IHS should utilize based upon the content of the link.

Abstract: A data patch for a program already installed in an interactive display computer system is received over a network and stored. There is also received a first set of parameters for controlling the installation of the patch. At the computer, a second set of parameters for controlling optimum installation time periods is predetermined wherein said data patch may be installed. The first and second sets of parameters are correlated to determine a set of optimum time periods during which the data patch may be installed, and this set of time periods are displayed so that a user may interactively select an optimum time period for installation of the data patch.

Abstract: A user information handling system (IHS) link analysis tool intercepts requests to navigate to a webpage, such as a link. The user IHS link analysis tool transmits the link to a security IHS link analysis tool. The user IHS link analysis tool receives a network selection message from the security IHS indicating which network the user IHS should utilize based upon the content of the link.

Abstract: A security information handling system (IHS) receives a request to navigate to a webpage, such as a link, from a user IHS. A security IHS link analysis tool analyzes the link and determines if the link contains sensitive content. The security IHS link analysis tool transmits a network selection message to the user IHS indicating which network the user IHS should utilize based upon the content of the link.

Abstract: A security information handling system (IHS) receives a request to navigate to a webpage, such as a link, from a user IHS. A security IHS link analysis tool analyzes the link and determines if the link contains sensitive content. The security IHS link analysis tool transmits a network selection message to the user IHS indicating which network the user IHS should utilize based upon the content of the link.

Abstract: A user information handling system (IHS) link analysis tool intercepts requests to navigate to a webpage, such as a link. The user IHS link analysis tool transmits the link to a security IHS link analysis tool. The user IHS link analysis tool receives a network selection message from the security IHS indicating which network the user IHS should utilize based upon the content of the link.

Abstract: A security information handling system (IHS) receives a request to navigate to a webpage, such as a link, from a user IHS. A security IHS link analysis tool analyzes the link and determines if the link contains sensitive content. The security IHS link analysis tool transmits a network selection message to the user IHS indicating which network the user IHS should utilize based upon the content of the link.

Abstract: A user information handling system (IHS) link analysis tool intercepts requests to navigate to a webpage, such as a link. The user IHS link analysis tool transmits the link to a security IHS link analysis tool. The user IHS link analysis tool receives a network selection message from the security IHS indicating which network the user IHS should utilize based upon the content of the link.