Task 1: What are the fixed point representations of the following decimal numbers?
Figure 1: Fixed point representations of decimal numbers.
Task
2: Show the process of floating point addition/subtraction of the following decimal numbers.
Figure 2: floating point representation of addition and subtraction.
Task 3: Show the simulation work in Section 1.1.
Figure 3: Vectors Code.
Figure 3.1: Simulation of vectors code.
Task 4: Show the work in Section 14.1, 14.2, and 14.3.
Figure 4: Gvim of an home alarm system.
Figure 4.1: Implemented home alarm system to an FPGA.
Figure 4.2: Gvim for a digital safe.
Figure 4.3: Implemented digital safe to an FPGA.
Figure 4.4: Gvim to count car parking spots being occupied.
Figure 4.5: Implemented car parking spots counter to an FPGA.
Figure 2: floating point representation of addition and subtraction.
Task 3: Show the simulation work in Section 1.1.
Figure 3: Vectors Code.
Figure 3.1: Simulation of vectors code.
Task 4: Show the work in Section 14.1, 14.2, and 14.3.
Figure 4: Gvim of an home alarm system.
Figure 4.1: Implemented home alarm system to an FPGA.
Figure 4.2: Gvim for a digital safe.
Figure 4.3: Implemented digital safe to an FPGA.
Figure 4.4: Gvim to count car parking spots being occupied.
Figure 4.5: Implemented car parking spots counter to an FPGA.