Abstract: A method is provided for deleting a content element of a chat history lacking long-term relevance. The method includes receiving a content element, conditionally assigning the content element to the topic, determining a relationship index value for the content element to the topic using a validity value, which is a function of an access rate and a credibility index value. The method may also include comparing the relationship index threshold value for the topic of a first chat user, where the content element has been generated by a second chat user. The method also includes linking the content element of the second chat user to the topic in the chat history of the first user, and deleting the content element if it is not linked to any other chat history of another chat user of the plurality of chat users.

Abstract: A messaging system creates a content index for messages for user selection of all of part of a message. By selecting only an indexed portion of the message, the user avoids downloading unneeded portions of the message. The content index is created according to pre-defined user criteria and semantic analysis of the contents of the message.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: A computer-implemented method and computer processing system are provided. The method includes intercepting, by a processor, a sequence of data elements related to an interaction between a user and a user interface of a computer system that includes the processor. The method further includes identifying, by the processor, atomic operations within the sequence and metadata associated with the atomic operations. The method also includes calculating, by the processor, correlation indexes from the metadata. A respective correlation index is calculated for various atomic operation groups formed from the atomic operations. The method additionally includes identifying, by the processor, a macro operation from at least one of the correlation indexes. The macro operation includes multiple correlated atomic operations from among the atomic operations identified within the sequence.

Abstract: A method for automatically delivering a physical mail includes receiving, by an unmanned aerial vehicle from an unmanned aerial vehicle management system, a delivery information, the delivery information includes information about a first secure mailbox and information about a second secure mailbox, the first secure mailbox being related to a first target user, delivering the physical mail to the first secure mailbox, and rerouting the unmanned aerial vehicle carrying the physical mail from the first secure mailbox to the second secure mailbox in response to the physical mail being delivered to the first secure mailbox.

Abstract: A solution is proposed for managing a multi-tenant software application adapted to serve a plurality of tenants. A deletion request is received for deleting one of the tenants from the plurality of tenants. Responsive to receiving the deletion request, an instance of the software application associated with the tenant to be deleted is disabled. The disabled instance of the software application associated with the tenant to be deleted is deleted after a protection period from the deletion request. An addition request for adding a new tenant to the software application is received. An instance of the software application for the new tenant is allocated to a selected instance of the software application.

Abstract: A computer program product for automatically delivering a physical mail includes receiving, by an unmanned aerial vehicle from an unmanned aerial vehicle management system, a delivery information, the delivery information includes information about a first secure mailbox and information about a second secure mailbox, the first secure mailbox being related to a first target user, delivering the physical mail to the first secure mailbox, and rerouting the unmanned aerial vehicle carrying the physical mail from the first secure mailbox to the second secure mailbox in response to the physical mail being delivered to the first secure mailbox.

Abstract: A solution is proposed for managing a multi-tenant software application adapted to serve a plurality of tenants. A deletion request is received for deleting one of the tenants from the plurality of tenants. Responsive to receiving the deletion request, an instance of the software application associated with the tenant to be deleted is disabled. The disabled instance of the software application associated with the tenant to be deleted is deleted after a protection period from the deletion request. An addition request for adding a new tenant to the software application is received. An instance of the software application for the new tenant is allocated to a selected instance of the software application.

Abstract: Method and apparatus for rating applications. Execution of an application on a computing device is monitored to determine usage information for a user. Embodiments capture a plurality of images and for each of the plurality of images, extract, from the respective image, a set of user facial features and determine an user emotional state corresponding to the respective set of user facial features by applying a model correlating a set of predefined emotional states with corresponding predefined facial features. A trend of user emotional states across a plurality of executions of the application on the computing device is determined. Embodiments calculate a rating for the application based on the usage information, the user emotional states, and the trend of the user emotional states. The rating is sent to a server over a network connection for use in an aggregate rating of the application.

Abstract: A messaging system creates a content index for messages for user selection of all of part of a message. By selecting only an indexed portion of the message, the user avoids downloading unneeded portions of the message. The content index is created according to pre-defined user criteria and semantic analysis of the contents of the message.

Abstract: A method for automatically delivering a physical mail includes receiving, by an unmanned aerial vehicle from an unmanned aerial vehicle management system, a delivery information, the delivery information includes information about a first secure mailbox and information about a second secure mailbox, the first secure mailbox being related to a first target user, delivering the physical mail to the first secure mailbox, and rerouting the unmanned aerial vehicle carrying the physical mail from the first secure mailbox to the second secure mailbox in response to the physical mail being delivered to the first secure mailbox.

Abstract: A computer-implemented method includes identifying a document accessible to a revision control system. The method identifies at least two document versions for the document. The method receives a plurality of critical artefacts. The method parses each of the at least two document versions for the plurality of critical artefacts to yield a critical artefact table for each of the at least two document versions. The method compares the critical artefact table for a first document versions with the critical artefact table for a second document versions. The method identifies one or more corresponding critical artefacts from the first version and the second version. The method compares each document version to yield a set of differences between the at least two document versions. The method organizes the set of differences between the at least two document versions based on the one or more corresponding critical artefacts.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: A solution is proposed for managing a multi-tenant software application adapted to serve a plurality of tenants. A deletion request is received for deleting one of the tenants from the plurality of tenants. Responsive to receiving the deletion request, an instance of the software application associated with the tenant to he deleted is disabled. The disabled instance of the software application associated with the tenant to be deleted is deleted after a protection period from the deletion request. An addition request for adding a new tenant to the software application is received. An instance of the software application for the new tenant is allocated to a selected instance of the software application.