Abstract: Co-authoring of a digital content file using content contributed by peer devices in a peer-to-peer communications network is described. A local copy of the digital content file is stored in each of plural peer communications devices disposed in a multi-node communications network. The contents of the local copies of the digital content file stored in at least two peer communications devices are compared and in an event the local copies of the digital content file stored in a peer communications device is missing content that is contained in the other compared peer communications devices, the missing content is merged into the local copy of the digital content file stored in the peer communications device.

Abstract: Co-authoring of a digital content file using content contributed by peer devices in a peer-to-peer communications network is described. A local copy of the digital content file is stored in each of plural peer communications devices disposed in a multi-node communications network. The contents of the local copies of the digital content file stored in at least two peer communications devices are compared and in an event the local copies of the digital content file stored in a peer communications device is missing content that is contained in the other compared peer communications devices, the missing content is merged into the local copy of the digital content file stored in the peer communications device.

Abstract: Methods and devices for automatically determining a suitable bit-width for data types to be used in computer resource intensive computations. Methods for range refinement for intermediate variables and for determining suitable bit-widths for data to be used in vector operations are also presented. The invention may be applied to various computing devices such as CPUs (Central Processing Units), GPUs (Graphic Processing Units), FPGAs (Field Programmable Gate Arrays), etc.

Abstract: Methods and devices for automatically determining a suitable bit-width for data types to be used in computer resource intensive computations. Methods for range refinement for intermediate variables and for determining suitable bit-widths for data to be used in vector operations are also presented. The invention may be applied to various computing devices such as CPUs, GPUs, FPGAs, etc.

Abstract: A plastic packaging material which, when formed as a package having seams, will provide a predictable line of failure along a seam when the package is opened to prevent the package from tearing down the side. The predictable failure path is provided through a lamination process involving specific resins or blends of resins laminated in three (or more) layers in which an extruded inner layer forms a weak inner bond wholly within that inner layer to create the predictable line of failure and in which the process of forming the material does not inhibit processing speed, efficiency, and economics of materials used to provide this reliable openability.

Abstract: A plastic packaging material which, when formed as a package having seams, will provide a predictable line of failure along a seam when the package is opened to prevent the package from tearing down the side. The predictable failure path is provided through a lamination process involving specific resins or blends of resins laminated in three (or more) layers in which an extruded inner layer forms a weak inner bond wholly within that inner layer to create the predictable line of failure and in which the process of forming the material does not inhibit processing speed, efficiency, and economics of materials used to provide this reliable openability.

Abstract: A plastic packaging material which, when formed as a package having seams, will provide a predictable line of failure along a seam when the package is opened to prevent the package from tearing down the side. The predictable failure path is provided through a lamination process involving specific resins or blends of resins laminated in three (or more) layers in which an extruded inner layer forms a weak inner bond wholly within that inner layer to create the predictable line of failure and in which the process of forming the material does not inhibit processing speed, efficiency, and economics of materials used to provide this reliable openability.