Abstract: The present invention relates to the field of precision agriculture, particularly to systems and methods for providing crop coefficient (Kc) values including near real time and forecast values for the management of precise agricultural irrigation.

Abstract: An irrigation management method constituted of: applying a global RSP model to received GIV values to forecast global RSP values; and applying a plot-specific RSP model to receive PS IV values to forecast plot-specific RSP values, wherein responsive to the forecast global and plot-specific RSP values, a forecast ETO and measured plot-specific RSP values, the method is further constituted of: generating an ETc curve; responsive to the generated ETc curve, determining a growing season water amount for the field plot and/or determining a next irrigation water amount for the field plot; and outputting to a device the determined growing season water amount and/or the determined next irrigation water amount such that irrigation of the field plot can be adjusted.

Abstract: The present invention provides systems and methods in the field of precision agriculture, particularly to systems and methods for precision irrigation that is based, among other factors, upon actual and forecasted water needs of a crop.

Abstract: The present invention relates to the field of precision agriculture, particularly to systems and methods for providing crop coefficient (Kc) values including near real time and forecast values for the management of precise agricultural irrigation.

Abstract: The present invention provides systems and methods in the field of precision agriculture, particularly to systems and methods for precision irrigation that is based, among other factors, upon actual and forecasted water needs of a crop.

Abstract: A method for transmitting data between line cards in a distributed network switching system, through a switch fabric which is separated from said line cards, said method comprising receiving at said switch fabric information regarding queues of data packets that have arrived at said line cards and are waiting to be transmitted therefrom, recording said information at one or more databases located in said switch fabric, computing in said switch fabric a suitable array of connections between said line cards according to the information recorded at said one or more databases, providing instructions to said line cards regarding the data that is allowed to be transmitted therefrom, establishing a physical array of connections in said switch fabric to allow said transmission, and updating said one or more databases at said switch fabric accordingly, wherein said updating of the one or more databases occurs before said transmission of data from the input line cards takes place, such that the updated information stor

Abstract: A method and distributed scheduler for use therewith has at least two clusters of source port modules, each tracking all queues associated with a respective input-node and relating to a respective subset of available input-nodes. Each source port module receives available output-nodes, and generates a weight for each queue therein. Each source port module generates at least one request relating to the highest weight serviceable queue. The respective requests of each source port module are accumulated, and for each cluster of source port modules, the request is chosen for which no two requests relate to the same input-node, and for each output-node, the chosen requests have highest weight. The highest weight request from all clusters is determined in respect of each output node receiving requests from one or more input nodes. A grant is sent to the input-node having the highest weight request.