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Giannantonio

Frank Giannantonio, Verona, WI US

Patent application number	Description	Published
20090063667	METHODS AND SYSTEMS FOR VALIDATING REAL TIME NETWORK COMMUNICATIONS - Methods and systems for managing network communications are described. An example resource management system includes a communications manager configured to access information regarding communication protocols used by corresponding broker systems and to provide message translations based on an origin and/or destination of the message to be transmitted. A message processor is coupled to the communications manager and is configured to serialize incoming and/or outgoing broker messages and to facilitate queuing of incoming and outgoing message traffic with broker systems. A communications configurer is configured to track one or more communication attributes of broker systems and changes thereto to ensure communications between the resource management systems are broker systems are conducted in accordance with the communication attributes of the broker systems. A communications rules provider is configured to determine which broker system is to be communicated with in order to fulfill a resource request.	03-05-2009

Nicholas Giannantonio, Tonawanda, NY US

Patent application number	Description	Published
20110041277	DRYWALL TROWEL - A tool for spreading viscous material comprising a sheet of resilient material having a inner face and an outer face, a handle attachment edge and a forward edge. The sheet being bent from the outer face toward the inner face along a bend line to form a V-shaped point to shape an offset corner blade and at least one substantially flat surface blade from the forward edge, and a handle for gripping the tool attached to the handle attachment edge of the sheet distal distally from the bend line.	02-24-2011

Roberta Giannantonio, Torino IT

Patent application number	Description	Published
20100094583	SENSOR NETWORK - A system includes a plurality of networked nodes spatially distributed within a monitored area and adapted to interact with a mobile entity entering and moving through the area, the plurality of nodes including at least one area entrance node adapted to detect the mobile entity upon entering the monitored area, and a transaction node for accomplishing a transaction with the mobile entity; a transaction processing center in communication relationship with the nodes for processing data required for the transaction and for providing the data to the transaction node. A node selection unit is adapted to dynamically select the transaction node among the plurality of nodes based on an estimation of the speed of movement of the mobile entity.	04-15-2010
20100202335	METHOD FOR MANAGING THE TRANSFER OF INFORMATION PACKETS ACROSS A WIRELESS AND ROUTING NODES IMPLEMENTING IT - A wireless network includes permanently powered routing nodes and intermittently operating routing nodes. A polling procedure is used for transferring routing and data information packets from a permanently powered routing node to an intermittently operating routing node. In particular, when the permanently powered routing node has to transmit an information packet to the intermittently operating routing node, it stores the information packet in a memory; it waits until the intermittently operating routing node is able to receive information packets; and then it transmits the information packet to the intermittently operating routing node, and when the intermittently operating routing node has to transmit an information packet to the permanently powered routing node, it transmits immediately the information packet to the permanently powered routing node.	08-12-2010
20110128869	METHOD FOR TRANSMITTING INFORMATION PACKETS WITHIN AN ASYNCHRONOUS WIRELESS COMMUNICATION NETWORK AND NETWORK NODE IMPLEMENTING IT - A source node estimates not only the schedule time offset of the destination node but also the clock drift of the destination node. In this way, the source node may choose very accurately the transmission start time of an information packet to this destination node so that typically only one very short preamble needs to be transmitted. The estimation of time offset and clock drift between two nodes is achieved through tone or more previous transmissions between these two nodes, in particular, information relating to these parameters is transmitted from the destination node to the source node in reply to a preamble transmitted by the source node to the destination node.	06-02-2011