Abstract: An internet of things IoT web page development platform for remote microcontroller device monitoring, control and display consisting of three layers. Layer one being the physical interface control for device input and output ports. Layer two being a communications controller that controls the layer one device and contains the user development environment and user developed web page. Layer three being the user's browser that displays and processes the web pages. The development platform is able to configure, control and sense ports directly from a web page. User's of the development platform can create a new IoT web page that includes systems outside the development platform such as systems on the user's device or resources on the communications network as part of the user developed web page.

Abstract: A mechanism to automate the design and programming of programmable control systems. Using graphical software representations, there is provided a set of sub-circuits that can be selected and attached to a graphical representation of a programmable controller. Technical information for the construction and testing of the programmable controller system are generated automatically by the mechanism. Another mechanism then automates the construction of structure and timing of the control software to fit all task requirements of the control system. The stand alone control software then operates in real time on the programmable controller system.

Abstract: A tool kit and method for increasing the efficiency of programming a microprocessor or microcontroller in assembly language. The method includes grouping a plurality of assembly language opcodes under a single symbol such that one of the plurality of opcodes can be defined upon selecting the symbol and defining one or more parameters related to that symbol.