Abstract: A computer-implemented knowledge management platform system (KMPS) comprises at least one processor and a non-transitory memory unit that is configured to include instructions which, when performed by the processor, induce an organization of knowledge management platform items (KMPI) within a repository, wherein the KMPIs are allocated to knowledge management platform types (KMPT), which are components of a meta-modeled structure that is stored within the non-transitory memory unit and forms an object model, in particular an ontology, with at least one of the KMPTs being implemented as a core KMPT, wherein each core KMPT is attributed to each KMPI within the repository, and wherein each core KMPT defines an essential group of properties, wherein the essential group of properties of the at least one core KMPT defines lifecycle states, and wherein the meta-modeled structure is self-referential, such that each lifecycle state is stored as a KMPI within the repository itself.

Abstract: A computer-implemented knowledge management platform system (KMPS) comprises at least one processor and a non-transitory memory unit that is configured to include instructions which, when performed by the processor, induce an organization of knowledge management platform items (KMPI) within a repository, wherein the KMPIs are allocated to knowledge management platform types (KMPT), which are components of a meta-modeled structure that is stored within the non-transitory memory unit and forms an object model, in particular an ontology, with at least one of the KMPTs being implemented as a core KMPT, wherein each core KMPT is attributed to each KMPI within the repository, and wherein each core KMPT defines an essential group of properties, wherein the essential group of properties of the at least one core KMPT defines lifecycle states, and wherein the meta-modeled structure is self-referential, such that each lifecycle state is stored as a KMPI within the repository itself.

Abstract: The present invention relates to a system for individualizing a shoe. The system includes a shoe with a first surface region having at least one first design element and at least one second design element having a contact surface. The contact surface and/or the surface region are configured such that the second design element can be rubbed onto any arbitrary location on the surface region of the shoe.