1+ {
2+ "metadata" : [
3+ {
4+ "title" : " Introduction to Computer Architecture Education Kit"
5+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
6+ "type" : " EdKit"
7+ "format" : [" ppt" " doc" " zip code files"
8+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
9+ "publisher" : " Arm Education"
10+ "created" : " 1/07/2020"
11+ "description" : " Gain an understanding of the fundamental topics and concepts of computer architecture including the application of these with modern Arm processors"
12+ "language" : [" Verilog" " Assembly"
13+ "source" :" "
14+ "relation" : " "
15+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
16+ "contributor" : " "
17+ "date" : " "
18+ "license" : " EULA"
19+ "identifier" : " "
20+ },
21+ {
22+ "title" : " Introduction to Computer Architecture, Module 1"
23+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
24+ "type" : " Lecture"
25+ "format" : " ppt"
26+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
27+ "publisher" : " Arm Education"
28+ "created" : " 1/07/2020"
29+ "description" : " Introduces what computer architecture is and why it is important. It will also give an overview of the computer architecture arena and its design goals. We will also look at some historical information of computer architecture performance over the years. Finally, we will look at an overview of future trends of computer architecture, such as multicore processors, SoCs, and beyond."
30+ "language" : [" Verilog" " Assembly"
31+ "source" : " "
32+ "relation" : " "
33+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
34+ "contributor" : " "
35+ "date" : " "
36+ "license" : " EULA"
37+ "identifier" : " "
38+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module01_IntroToComputerArchitecture/Lecture01_IntroToComputerArchitecture.pptx"
39+ },
40+ {
41+ "title" : " Fundamentals of Computer Design, Module 2"
42+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
43+ "type" : " Lecture"
44+ "format" : " ppt"
45+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
46+ "publisher" : " Arm Education"
47+ "created" : " 1/07/2020"
48+ "description" : " This module will step through the design of a simple processor. The aim is to outline their basic operation, understand how the basic fetch-execute cycle is implemented and how instructions are encoded in memory. We’ll then explore some fundamental computer design principles and introduce the concept of an Instruction Set Architecture (ISA)."
49+ "language" : [" Verilog" " Assembly"
50+ "source" : " "
51+ "relation" : " "
52+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
53+ "contributor" : " "
54+ "date" : " "
55+ "license" : " EULA"
56+ "identifier" : " "
57+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module02_FundamentalsOfComputerDesign/Lecture02_FundamentalsOfComputerDesign.pptx"
58+ },
59+ {
60+ "title" : " Pipelining, Module 3"
61+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
62+ "type" : " Lecture"
63+ "format" : " ppt"
64+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
65+ "publisher" : " Arm Education"
66+ "created" : " 1/07/2020"
67+ "description" : " In this module, we will learn in further detail about pipelining and how it can be implemented. We will also discuss about the different types of pipeline hazards and various data dependencies and how we can deal with them. Finally, we will learn about the relationship between pipelining and performance."
68+ "language" : [" Verilog" " Assembly"
69+ "source" : " "
70+ "relation" : " "
71+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
72+ "contributor" : " "
73+ "date" : " "
74+ "license" : " EULA"
75+ "identifier" : " "
76+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module03_Pipelining/Lecture03_Pipelining.pptx"
77+ },
78+ {
79+ "title" : " Branches and Limits to Pipelining, Module 4"
80+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
81+ "type" : " Lecture"
82+ "format" : " ppt"
83+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
84+ "publisher" : " Arm Education"
85+ "created" : " 1/07/2020"
86+ "description" : " In this module, we will first learn about the various methods of handling branches and how we can minimize the impact of branches (control hazards). We will also learn about handling exceptions. Finally, we will conclude this module with a discussion about the limitations of pipelining."
87+ "language" : [" Verilog" " Assembly"
88+ "source" : " "
89+ "relation" : " "
90+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
91+ "contributor" : " "
92+ "date" : " "
93+ "license" : " EULA"
94+ "identifier" : " "
95+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module04_BranchesAndLimitsToPipelining/Lecture04_BranchesAndLimitsToPipelining.pptx"
96+ },
97+ {
98+ "title" : " Exploiting Instruction Level Parallelism, Module 5"
99+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
100+ "type" : " Lecture"
101+ "format" : " ppt"
102+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
103+ "publisher" : " Arm Education"
104+ "created" : " 1/07/2020"
105+ "description" : " Overview of the Arm architecture and processor families. Diving into the M4 subfamily that is the most comprehensive group of mobile (M-type) processors."
106+ "language" : [" Verilog" " Assembly"
107+ "source" : " "
108+ "relation" : " "
109+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
110+ "contributor" : " "
111+ "date" : " "
112+ "license" : " EULA"
113+ "identifier" : " "
114+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module05_ExploitingInstructionLevelParallelism/Lecture05_ExploitingInstructionLevelParallelism.pptx"
115+ },
116+ {
117+ "title" : " Memory, Module 6"
118+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
119+ "type" : " Lecture"
120+ "format" : " ppt"
121+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
122+ "publisher" : " Arm Education"
123+ "created" : " 1/07/2020"
124+ "description" : " Covers microcontroller interrupts and exceptions handling, often with a view to how these enable low power operation."
125+ "language" : [" Verilog" " Assembly"
126+ "source" : " "
127+ "relation" : " "
128+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
129+ "contributor" : " "
130+ "date" : " "
131+ "license" : " EULA"
132+ "identifier" : " "
133+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module06_Memory/Lecture06_Memory.pptx"
134+ },
135+ {
136+ "title" : " Caches, Module 7"
137+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
138+ "type" : " Lecture"
139+ "format" : " ppt"
140+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
141+ "publisher" : " Arm Education"
142+ "created" : " 1/07/2020"
143+ "description" : " Overview of the Mbed Platform and Cortex Microcontroller Software Interface Standard (CMSIS) that enables rapid IoT development."
144+ "language" : [" Verilog" " Assembly"
145+ "source" : " "
146+ "relation" : " "
147+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
148+ "contributor" : " "
149+ "date" : " "
150+ "license" : " EULA"
151+ "identifier" : " "
152+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module07_Caches/Lecture07_Caches.pptx"
153+ },
154+ {
155+ "title" : " Multicore, Module 8"
156+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
157+ "type" : " Lab"
158+ "format" : " doc"
159+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
160+ "publisher" : " Arm Education"
161+ "created" : " 1/07/2020"
162+ "description" : " How to create a new Mbed project, import code example, compile, and execute applications for embedded devices."
163+ "language" : [" Verilog" " Assembly"
164+ "source" : " "
165+ "relation" : " "
166+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
167+ "contributor" : " "
168+ "date" : " "
169+ "license" : " EULA"
170+ "identifier" : " "
171+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module08_Multicore/Lecture08_Multicore.pptx"
172+ },
173+ {
174+ "title" : " Multithreading, Module 9"
175+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
176+ "type" : " Lecture"
177+ "format" : " ppt"
178+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
179+ "publisher" : " Arm Education"
180+ "created" : " 1/07/2020"
181+ "description" : " Introduces the Bluetooth technology and examines the low energy version of this wireless protocol. Understand BLE profiles and take a look at the most recent features introduced with the most recent revisions of the specification. Finally, introducing ZigBee - another connectivity option for low-power short-range communications."
182+ "language" : [" Verilog" " Assembly"
183+ "source" : " "
184+ "relation" : " "
185+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
186+ "contributor" : " "
187+ "date" : " "
188+ "license" : " EULA"
189+ "identifier" : " "
190+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module09_Multithreading/Lecture09_Multithreading.pptx"
191+ },
192+ {
193+ "title" : " Vector SIMD GPUs, Module 10"
194+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
195+ "type" : " Lecture"
196+ "format" : " pptx"
197+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
198+ "publisher" : " Arm Education"
199+ "created" : " 1/07/2020"
200+ "description" : " Learn how to configure and use the General Purpose Input/Output (GPIO) capability of a development board, at the register level without the use of an Application Programming Interface (API)."
201+ "language" : [" Verilog" " Assembly"
202+ "source" : " "
203+ "relation" : " "
204+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
205+ "contributor" : " "
206+ "date" : " "
207+ "license" : " EULA"
208+ "identifier" : " "
209+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module10_VectorSIMDGPUs/Lecture10_VectorSIMDGPUs.pptx"
210+ },
211+ {
212+ "title" : " SoC Case Study, Module 11"
213+ "subject" : [" arm" " computer-engineering" " armv8" " electrical-engineering" " cortex-a" " cpu-architecture" " computer-architectures" " hardware-design"
214+ "type" : " Lecture"
215+ "format" : " ppt"
216+ "creator" : [" Robert Mullins" " Timothy Jones" " Francisca Tan"
217+ "publisher" : " Arm Education"
218+ "created" : " 1/07/2020"
219+ "description" : " Look at alternate connectivity options relevant to IoT, focusing on wireless local area networking and low-power wide area networking technologies."
220+ "language" : [" Verilog" " Assembly"
221+ "source" : " "
222+ "relation" : " "
223+ "audience" : [" Learner" " Developer" " Undergraduate" " Student" " Lecturer" " Academic" " Professor"
224+ "contributor" : " "
225+ "date" : " "
226+ "license" : " EULA"
227+ "identifier" : " "
228+ "link" : " Computer-Architecture-Lectures-Armv8-A/contents/Module11_SoCCaseStudy/Lecture11_SoCCaseStudy.pptx"
229+ }
230+ ]
231+ }
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