An approach to the development of function-oriented microcontrollers with the hardware support of fuzzy computations, the using of which makes it possible to improve the accuracy and speed of data processing and control systems and diminish the laboriousness of designing of the given systems, is proposed. The issues concerning the hardware prototyping of fuzzy solvers are discussed, and the Reference Manual — CPU12 Section 2. Overview2.1 Introduction This section describes the CPU12 programming model, register set, the data types used, and basic memory organization.2.2 Programming Model The CPU12 programming model, shown in Figure 2-1, is the same as that of the M68HC11 CPU. View Lab Report - CPU12 Reference Manual.pdf from ECE 362 at Indiana University, Purdue University, Indianapolis. CPU12 Reference Manual M68HC12 and HCS12 Microcontrollers CPU12RM Rev. Simply, it is data transfer and manipulation with sequential control for the data flow. CPU of the micro-controller is responsible for doing all these operations in addition to managing the CPU12 Reference Manual M68HC12 and HCS12 Microcontrollers CPU12RM Rev. 4.0 03/2006 freescale.com CPU12 Reference Manual To provide the most up-to-date information, the revision of our documents on the World Wide Web will be the most current. CPU12 Reference Manual (CPU12RM/AD) [Motorola] on Amazon.com. *FREE* shipping on qualifying offers. CPU12 Reference Manual (CPU12RM/AD) ECE 362 Microprocessor Systems and Interfacing Fall 2003 Course Information. Instructor: Sarah Koskie Email: skoskie@iupui.edu Lectures: TR 9:40-10:55am SL 109 Lab Sections: F 9:00-11:50am SL 111 (Section B852) and F 1-4pm SL 111 (Section B853) The use of the indexed indirect addressing mode is described in section 3.9.4 of the CPU12 reference manual, found in module 8 as file CPU12RM.pdf Learning outcome: To be able to Question : Note: Completion of this assignment is optional for those who wish a challenge that will increase their mark. ECE 362 Microprocessor Systems and Interfacing. Instructor: Sarah Koskie. Email: skoskie@iupui.edu. Lectures: TR 9:40-10:55am SL 109. Lab Sections: F 9:00-11:50am SL 111 (Section B852) and F 1-4pm SL 111 (Section B853) Office Hours: TR 11am-noon, F noon-1pm, or by appointment in SL 164F. Textbook: 68HC12 Microcontroller: Theory and Applications (CPU12RM.pdf). Accumulator Offset Indexed I Uses two registers, offset is in A, B, or D, while index is in X, Y, SP, or PC. I Examples: Op Operand Comment ldab #4 ldy #2345 staa B,Y ;Store value in RegA at 2349. Indexed Indirect I Adds 16-bit offset to 16-bit register (X,Y,SP, or PC) to Pre-Lab Part A: Goal: To learn about subroutine calls using registers to pass and return values. To learn to manually compute program timing; Discussion: This lab focuses on calls to subroutines and program timing. The CPU12 program reference describes the function of the instructions used to call subroutines and return from them. Look up the instructions BSR and RTS and study their description.