Abstract: A method and processing unit for recommending pricing value for products to customers is disclosed. Values of customer factors, and product factors are retrieved. Customer factors include current end market positions, current customer revenue, desired growth value, product purchase volume, and gross margin of customer. Product factors comprise product revenue, purchase frequency, and competitiveness values of product. Further, each customer is classified to be associated with customer tier based on customer factors. Each product is classified to be associated with a product tier, based on product factors. Grid is generated for each competitiveness value. The grid represents the relation between product revenue and purchase frequency, and customer tiers. Grid is analyzed to finalize pricing value of products. In response to a request for pricing value of desired product to desired customer, pricing value of desired product is determined based on the analysis, to provide to desired customer.

Abstract: The present invention discloses a method to manage inventory of products with multi-stage manufacturing system. The method comprises receiving a demand pattern associated with products. The demand pattern includes revenue data and volatility data associated with the products. Further, the method includes labeling the products with demand factors and volatility factors based on the retrieved demand pattern. Furthermore, the method includes generating a Two-Dimensional (2D) grid placed within the 2D grid based on the labeling. The 2D grid comprises a dimension associated with the demand factors and another dimension associated with the volatility factors. Moreover, the method includes classifying the plurality of products to be assembled to order and made to order based on the placement of the products within the grid. Additionally, the method includes determining quantity parameters of the plurality of products based on the classification, to manage inventory of the plurality of products.

Abstract: An application-specific wireless communication network for use in an industrial environment based on parameters defined by the IEEE 802.11 standard, modified by providing software-defined control of an assigned operating frequency band and software-defined control of the channel size, allowing the channel size to be relatively small as appropriate for the particular industrial application. The application-specific wireless communication network further controls other parameters defined by the standard to configure at least optimum transmitter power, receiver sensitivity, transmission latency, and ACK-retransmit to values appropriate for the specific industrial application.

Abstract: A radio module is configured to operate within a specialized frequency band, for example a band that has recently become available for use in the public domain. Superheterodyne techniques are used by a transmitter component of the radio module to frequency shift a conventional wireless data signal (e.g., used for WiFi, LTE telecommunications, etc.) into a designated band; a receiver component of the radio module is similarly configured to receive signals transmitted on the designated band and shift back into the conventional RF band (where standard components are able to further process the received signal).

Abstract: A radio module is configured to operate within a specialized frequency band, for example a band that has recently become available for use in the public domain. Superheterodyne techniques are used by a transmitter component of the radio module to frequency shift a conventional wireless data signal (e.g., used for WiFi, LTE telecommunications, etc.) into a designated band; a receiver component of the radio module is similarly configured to receive signals transmitted on the designated band and shift back into the conventional RF band (where standard components are able to further process the received signal).

Abstract: An application-specific wireless communication network for use in an industrial environment based on parameters defined by the IEEE 802.11 standard, modified by providing software-defined control of an assigned operating frequency band and software-defined control of the channel size, allowing the channel size to be relatively small as appropriate for the particular industrial application. The application-specific wireless communication network further controls other parameters defined by the standard to configure at least optimum transmitter power, receiver sensitivity, transmission latency, and ACK-retransmit to values appropriate for the specific industrial application.