Abstract: Techniques are described for graph-based analysis of data generated on sensor networks, such as Internet-of-Things (IoT) networks. Data may be collected from various computing devices, or sensors, on a network. The data is discretized and analyzed to provide a graphical representation of at least a portion of the data. In some instances, the graph may be determined based on various relationships between nodes that correspond to discrete portions of the data, and the relationships between nodes may be time-based correlations between the data of the nodes. The graph accumulates, compresses, and organizes the data to enable efficient data visualization, analysis, alert generation, and/or other activities. A previously generated version of a graph may be compared to a current version to identify a changing situation, such as new usage of the monitored devices, failure or anomalous behavior of the devices, and so forth.

Abstract: Techniques are described for graph-based analysis of data generated on sensor networks, such as Internet-of-Things (IoT) networks. Data may be collected from various computing devices, or sensors, on a network. The data is discretized and analyzed to provide a graphical representation of at least a portion of the data. In some instances, the graph may be determined based on various relationships between nodes that correspond to discrete portions of the data, and the relationships between nodes may be time-based correlations between the data of the nodes. The graph accumulates, compresses, and organizes the data to enable efficient data visualization, analysis, alert generation, and/or other activities. A previously generated version of a graph may be compared to a current version to identify a changing situation, such as new usage of the monitored devices, failure or anomalous behavior of the devices, and so forth.

Abstract: Systems and methods to provide sequence management are provided. In example embodiments, a production sequence having a plurality of sequencing objects linked together by relationships is generated. Each sequencing object of the plurality of sequencing objects has a relationship to at least one adjacent sequencing object in the production sequence. A trigger to perform a resequence of the production sequence is received. In response, a new production sequence is determined. The new production sequence may be generated by reusing the sequencing objects and updating at least one of the relationships in the production sequence in order to change the production sequence into the new production sequence. The new production sequence may then be posted. Related capacity planning objects are decoupled from the sequencing objects and the sequencing objects are not affected automatically.

Abstract: Systems and methods to provide proactive adaptive equipment maintenance. In example embodiments, a stress layout representing a physical location is maintained. The stress layout includes a grid system having a plurality of cells. A maintenance indicator value for each cell in which a fixed object is located is calculated. This maintenance indicator value represents a stress level applied to the fixed object. A determination whether the maintenance indicator value exceeds a maintenance threshold for the fixed object is performed. Based on the determining that the maintenance indicator value exceeds the maintenance threshold, automatic generation of a maintenance order for the fixed object is triggered.

Abstract: An example system defines a carbon footprint restriction type in a manufacturing process. The system may comprise a carbon equivalent computation module and a carbon footprint computation module. The carbon equivalent computation module may define a carbon equivalent base attribute for each component unit of the manufacturing process and a carbon equivalent production attribute for the manufacturing process. The carbon footprint computation module may compute a carbon footprint value of an assembled product produced from the manufacturing process of the component units based on the carbon equivalent base attribute of each component unit and the carbon equivalent production attribute of the manufacturing process. An indicator associated with the carbon footprint value of the assembled product is displayed.

Abstract: Systems and methods to provide sequence management are provided. In example embodiments, a production sequence having a plurality of sequencing objects linked together by relationships is generated. Each sequencing object of the plurality of sequencing objects has a relationship to at least one adjacent sequencing object in the production sequence. A trigger to perform a resequence of the production sequence is received. In response, a new production sequence is determined. The new production sequence may be generated by reusing the sequencing objects and updating at least one of the relationships in the production sequence in order to change the production sequence into the new production sequence. The new production sequence may then be posted. Related capacity planning objects are decoupled from the sequencing objects and the sequencing objects are not affected automatically.

Abstract: Order information is received for an order executable using a computer system to assemble a product from a plurality of components at a manufacturing location. A real-time record associated with the manufacturing location and being kept updated substantially in real time with order changes is updated with the order information, the real-time record associating the order with the plurality of components. For each of the plurality of components, it is determined whether a component change due to the order information meets a component-specific change criterion associated with the component. A static record is updated with the component change for any of the plurality of components required for the order where the component-specific change criterion is met. After the static record is updated, a management process configured to manage supply of at least one of the plurality of components according to the static record is initiated for the manufacturing location.

Abstract: Systems and methods to provide proactive adaptive equipment maintenance. In example embodiments, a stress layout representing a physical location is maintained. The stress layout includes a grid system having a plurality of cells. A maintenance indicator value for each cell in which a fixed object is located is calculated. This maintenance indicator value represents a stress level applied to the fixed object. A determination whether the maintenance indicator value exceeds a maintenance threshold for the fixed object is performed. Based on the determining that the maintenance indicator value exceeds the maintenance threshold, automatic generation of a maintenance order for the fixed object is triggered.

Abstract: Systems and methods to provide advance sequencing gap management. In example embodiments, a need to generate a proxy gap order for a sequence is detected. Using one or more processors, the proxy gap order is generated based on the detected need. The generated proxy gap order is then inserted into a particular location of the sequence based on the detected need.

Abstract: A method and system for integrating a restriction object with a material object is provided. A reference is generated between a material object and a restriction object. A restriction note is received from a supplier having a material restriction for a material in the material object. A material position is searched in the material object using a material number of the material. A selection condition is determined based on which the material is chosen from the material position. A restriction condition is generated in the restriction object based on the material restriction and the selection condition.

Abstract: Disclosed is a method and system for receiving a product parts list containing parts for creating a product variant of a product and updating a bill of material with the parts and a selection condition to identify a part of the product variant. The method includes determining a characteristic and a characteristic value of the parts of the product variant and generating a variant demand object for the product variant.

Abstract: Order information is received for an order executable using a computer system to assemble a product from a plurality of components at a manufacturing location. A real-time record associated with the manufacturing location and being kept updated substantially in real time with order changes is updated with the order information, the real-time record associating the order with the plurality of components. For each of the plurality of components, it is determined whether a component change due to the order information meets a component-specific change criterion associated with the component. A static record is updated with the component change for any of the plurality of components required for the order where the component-specific change criterion is met. After the static record is updated, a management process configured to manage supply of at least one of the plurality of components according to the static record is initiated for the manufacturing location.

Abstract: Component planning for a product manufacturing enterprise having a central computer device and respective local manufacturing computer devices. A BOM for product types manufactured at the multiple manufacturing plants is maintained in the central computer device, defining that each of the product types belongs to a platform design and includes at least (i) a first component common to all of the products types and (ii) a second component not common to all of the product types. First-component data and second-component data from the BOM are forwarded to a central planning unit in the central computer device for generating a central plan for the first component, and to local planning units in the manufacturing computer devices configured to generate a local plan for the second component used by the corresponding manufacturing plant, respectively. The components are purchased according to the central plan and the local plan.

Abstract: Some implementations provide a system for preparing a time-sensitive delivery request at least a predefined interval of time before the delivery request is to be forwarded to a supplier. This delivery request may be a request for a component that is to be assembled as part of a production order. This delivery request may be created by a detail-planning system and stored in a resource-planning system. This delivery request may be forwarded to the supplier upon determining that assembly of the production order has reached a first reporting point.

Abstract: Disclosed is a method and system for receiving a product parts list containing parts for creating a product variant of a product and updating a bill of material with the parts and a selection condition to identify a part of the product variant. The method includes determining a characteristic and a characteristic value of the parts of the product variant and generating a variant demand object for the product variant.

Abstract: Disclosed is a method and system for receiving a work order having a set of sales orders and determining sales order parameters such as a due date of a sales order and a restriction on the sales order. The method also includes determining a work station to execute the work order based on the sales order parameters, determining a work load of the work station executing the work order and generating an execution sequence of the set of sales orders based on the work load.

Abstract: A method and system for integrating a restriction object with a material object is provided. A reference is generated between a material object and a restriction object. A restriction note is received from a supplier having a material restriction for a material in the material object. A material position is searched in the material object using a material number of the material. A selection condition is determined based on which the material is chosen from the material position. A restriction condition is generated in the restriction object based on the material restriction and the selection condition.

Abstract: Disclosed is a system and a method for fusion between incompatible data models. The system generates a product data structure of a first data model and a product data structure of a second data model. Using a business Add-in method, this product data structure of the first data model is fused to the second data model to generate a fused product data structure of the second data model. An output controller is provided to output this fused product data structure of the second data model, thus making functions of first data model available in the second data model.

Abstract: A motor vehicle having a stainless supporting frame structure or a stainless body-in-white, including a supporting frame structure and flat body components mounted thereon, the supporting frame structure being formed of rust-resistant steels as well as light metal alloys and/or plastics and the flat body components being formed of rust-resistant steels, light metal alloys and/or plastics, the surface of the supporting frame structure or the body-in-white being free of anti-corrosion coating or anti-corrosion painting. In addition, a method for manufacturing a motor vehicle having a corrosion-resistant body-in-white includes the steps of: manufacturing a supporting frame structure by joining and/or welding together rust-resistant steels; and mounting flat body components and/or body panels made of light metals, plastics, or rust-resistant steels, thereby forming the body-in-white.

Abstract: A device and method for inserting sheet bars into drawing tools provides a program controllable sheet bar inserter with a gripper which contains a plurality of suction cups or electromagnets for picking up or setting down a sheet bar. The drawing tool contains a pair of bearing faces which together clamp in the sheet bar during drawing. In order, in particular for complicated bearing faces of the deep-drawing tool, to achieve a uniformly high drawn component quality and avoid rejects due to possible displacement of the sheet bars within the drawing tool as it closes, the gripper is constructed in the form of an at least three legged gripping spider with controllable legs with which the picked-up sheet bar can be deformed in a defined manner during transportation from the picking-up location to the drawing tool and can be matched to the shape of the bearing face of the lower bearing frame.