ELECTRONIC HARDWARE CONSISTING CONTROL

Brand	Owner (click to sort)	Address	Description
AGRI-ALERT	GSI ELECTRONICS INC.	5200 Armand-Frappier Longueuil, Quebec J3Z1G5 Canada	Electronic hardware consisting of control panels used in the [filed] FIELD of agriculture to analyze data and identify emergency situations;In the statement, Column 1, line 3, 3514, 1ÈRE RUE should be deleted, and, 5200 ARMAND-FRAPPIER should be inserted. Column 1, line 4, J3Y 8Y5 should be deleted, and, J3Z 1G5 should be inserted. Column 1, line 6, FILED should be deleted, and, FIELD should be inserted.;AGRICULTURE ALERT;
AGRI-ALERT	9199-3162 QUEBEC INC.	5200 ARMAND FRAPPIER ST. SAINT-HUBERT, QUEBEC J3Z 1G5 Canada	Electronic hardware consisting of control panels used in the [filed] FIELD of agriculture to analyze data and identify emergency situations;In the statement, Column 1, line 3, 3514, 1ÈRE RUE should be deleted, and, 5200 ARMAND-FRAPPIER should be inserted. Column 1, line 4, J3Y 8Y5 should be deleted, and, J3Z 1G5 should be inserted. Column 1, line 6, FILED should be deleted, and, FIELD should be inserted.;AGRICULTURE ALERT;
AGRI-ALERT	4105176 CANADA INC.	5200 ARMAND-FRAPPIER Saint-Hubert, Quebec J3Z 1G5 Canada	Electronic hardware consisting of control panels used in the [filed] FIELD of agriculture to analyze data and identify emergency situations;In the statement, Column 1, line 3, 3514, 1ÈRE RUE should be deleted, and, 5200 ARMAND-FRAPPIER should be inserted. Column 1, line 4, J3Y 8Y5 should be deleted, and, J3Z 1G5 should be inserted. Column 1, line 6, FILED should be deleted, and, FIELD should be inserted.;AGRICULTURE ALERT;
AGRI-ALERT 128 TOUCH	GSI ELECTRONICS INC.	5200 Armand-Frappier Longueuil, Quebec J3Z1G5 Canada	Electronic hardware consisting of control panels used in the field of agriculture to analyze data and identify emergency situations;AGRICULTURE-ALERT 128 TOUCH;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Electronic system functionality can be initially implemented as software code (e.g., in programming languages such as C, C++ or Pascal) and selectively converted to a hardware representation such as in hardware description language (e.g., VHDL, Verilog, HandelC, BachC, SpecC and System Verilog). In one aspect, software code representations comprising memory dereferencing operations (e.g., related to pointers, arrays and structs) may also be converted to a hardware representation. The newly converted hardware representation may be given control of a main communications network (e.g., system bus) of the electronic system to control the execution of the memory dereferencing operations (e.g., related to pointers, arrays and structs). In one embodiment, bus control may be via a bus control interface adapted for a particular kind of communications network (e.g., a processor bus, a system bus, a hierarchical bus, a cross bar, a multiplexer bus, a switch network and a point to point network). In another embodiment, a software memory dereferencer for executing memory dereferencing operations may be provided.