Abstract: The invention relates to a communication-over-the-internet method and system in which ideograms which are implemented within a software application are being sent over the internet from a sending user to a second user's device in order to provide specific instructions to said second user.

Abstract: The current invention relates to data flow of video streaming, to user instructions' transfer between two computing devices over the internet and to a man machine interface in which a feedback is provided relating to the quality of such interactions and related video products. The invention introduces new ways to improve video streaming quality and to train users for the purpose of achieving better results of video capturing.

Abstract: The invention relates to an operational communication-over-the-internet method and system in which take-over operations which are implemented within a software application are being sent over the internet from a sending user using a device with said software application to a second user's mobile device, in order to perform specific actions relating to specific features of the second user's mobile device, resulting in the second user's mobile device being jointly operated by both users.

Abstract: The present invention provides method and system for integration of virtualization within real life, in which an interaction between two persons enables a customer to remotely and proactively visit, experience, participate, explore, find, verify, preview, plan, share, and get assistance with various goals, by using a specialized software application.

Abstract: The present invention relates to a method for optimizing vehicles' design in terms of safety during crash situations, using a hybrid approach that combines analyzed data such as Finite Element data with methods from the AT fields, comprising the steps of: (a) collecting design data sets which include analyzed data; (b) collecting safety data of existing cars' models; (c) creating an Artificial Neural Network which learns how to predict safety data based on design data sets; (d) creating an optimizer which uses the neural network as a simulator and finds optimized values for design data sets of a new car's design; (e) performing a recurring process of design data set's update, until all parameters of the design data set get their optimized final values.

Abstract: The present invention relates to a method for finding design weakness and potential field failure of a PCB assembly which includes components, comprising the steps of: (a) creating a model of the PCB assembly by which natural frequencies and mode shapes of the PCB assembly can be determined; (b) performing a natural frequencies simulation for determining natural frequencies and mode shapes of the PCB assembly; and (c) analyzing said determined natural frequencies and mode shapes and identifying local dominant oscillations of components, components identified as having a local dominant oscillation in at least one of said determined mode shapes are identified as components having a relatively high potential of field failure.

Abstract: The present invention relates to a method for finding design weakness and potential field failure of a PCB assembly which includes components, comprising the steps of: (a) creating a model of the PCB assembly by which natural frequencies and mode shapes of the PCB assembly can be determined; (b) performing a natural frequencies simulation for determining natural frequencies and mode shapes of the PCB assembly; and (c) analyzing said determined natural frequencies and mode shapes and identifying local dominant oscillations of components, components identified as having a local dominant oscillation in at least one of said determined mode shapes are identified as components having a relatively high potential of field failure.

Abstract: The present invention relates to a method for finding design weakness and potential field failure of a PCB assembly which includes components, comprising the steps of: (a) creating a model of the PCB assembly by which natural frequencies and mode shapes of the PCB assembly can be determined; (b) performing a natural frequencies simulation for determining natural frequencies and mode shapes of the PCB assembly; and (c) analyzing said determined natural frequencies and mode shapes and identifying local dominant oscillations of components, components identified as having a local dominant oscillation in at least one of said determined mode shapes are identified as components having a relatively high potential of field failure.

Abstract: The present invention relates to a method for finding design weakness and potential field failure of a PCB assembly which includes components, comprising the steps of: (a) creating a model of the PCB assembly by which natural frequencies and mode shapes of the PCB assembly can be determined; (b) performing a natural frequencies simulation for determining natural frequencies and mode shapes of the PCB assembly; and (c) analyzing said determined natural frequencies and mode shapes and identifying local dominant oscillations of components, components identified as having a local dominant oscillation in at least one of said determined mode shapes are identified as components having a relatively high potential of field failure.