Offered Course | Yao Zheng@UHM

ECE260: Introduction to Digital Design

Mon, 10 Aug 2026 02:58:53 +0000

Executive Summary

This course explores the foundation of digital circuit design, starting from Boolean algebra, through combinational and sequential logic, to finite state machines and basic central processing units (CPUs) under von Neumann architecture. The associated laboratory segment introduces modern digital design techniques, e.g., Verilog hardware description language (HDL) and field-programmable gate array (FPGA), to model, implement, and test the aforementioned digital circuits. Pre: 160 or 110 or ICS 111 or consent.

Logistics

CRN

ECE260 001 ECE260 002 ECE260 003

78638 78639 78640

ECE260 001	ECE260 002	ECE260 003
78638	78639	78640

Personnel

Role / Personnel	Assigned Session	Office Hours / Notes
Lecturer:	N/A	see
TA:	Session 1 (R 09:00am - 11:45am)	TBD
TA:	Session 2 (R 13:30pm - 16:15pm)	TBD
TA:	Session 3 (R 16:30pm - 19:15pm)	TBD

Classroom

Time Location Textbook/HW HW/Exam Effort

MWF 11:30 am-12:20pm Kuykendall Hall 101 Individual
Laboratory

Session Time Location Report Effort

01 R 09:00am - 11:45am Holmes Hall 451 Group

02 R 13:30pm - 16:15pm Holmes Hall 451 Group

03 R 16:30pm - 19:15pm Holmes Hall 451 Group

Time	Location	Textbook/HW	HW/Exam Effort
MWF 11:30 am-12:20pm	Kuykendall Hall 101		Individual

Session	Time	Location	Report Effort
01	R 09:00am - 11:45am	Holmes Hall 451	Group
02	R 13:30pm - 16:15pm	Holmes Hall 451	Group
03	R 16:30pm - 19:15pm	Holmes Hall 451	Group

Grading

Breakdown¹

Participation Challenge Labs Midterms (2) Final

5% 15% 25% 30% 25%
Cutoffs

A- B- C-

85% 75% 60%
Proscribed Conduct: Copying or otherwise cheating on homework, lab reports, or exam will result in a failing grade for the course. More details can be found at student conduct code policies,

Participation	Challenge	Labs	Midterms (2)	Final
5%	15%	25%	30%	25%

A-	B-	C-
85%	75%	60%

Schedule

Lecture

TIME	TOPICS	READING/HW/EXAM	DEADLINE
Week 1 (8/24, 8/26, 8/28)			8/30, 11:59PM
Week 2 (8/31, 9/2, 9/4)			9/6, 11:59PM
Week 3 (9/7)	NO INSTRUCTION — Labor Day	–	–
Week 3 (9/9, 9/11)			9/13, 11:59PM
Week 4 (9/14, 9/16, 9/18)			9/20, 11:59PM
Week 5 (9/21, 9/23, 9/25)			9/27, 11:59PM
Week 6 (9/28)	Combinational Logic: Design Process	–	–
Week 6 (9/30)	Midterm I Review	–	–
Week 6 (10/2)	Midterm I — In Person	–	–
Week 7 (10/5, 10/7, 10/9)			10/11, 11:59PM
Week 8 (10/12, 10/14, 10/16)			10/18, 11:59PM
Week 9 (10/19, 10/21, 10/23)			10/25, 11:59PM
Week 10 (10/26)	Sequential Logic: Arithmetic Logic Unit	–	–
Week 10 (10/28)	Midterm II Review	–	–
Week 10 (10/30)	Midterm II — In Person	–	–
Week 11 (11/2, 11/4, 11/6)			11/8, 11:59PM
Week 12 (11/9)			11/15, 11:59PM
Week 12 (11/11)	NO INSTRUCTION — Veterans Day	–	–
Week 12 (11/13)		–	–
Week 13 (11/16, 11/18, 11/20)			11/22, 11:59PM
Week 14 (11/23, 11/25)			11/29, 11:59PM
Week 14 (11/27)	NO INSTRUCTION — Thanksgiving Period	–	–
Week 15 (11/30, 12/2, 12/4)			12/6, 11:59PM
Week 16 (12/7, 12/9)	Review, Practice Final	Practice Final	–
Study Period (12/11–12/12)	Study Period	–	–
Finals (12/18)	Friday 12:00 – 2:00 pm	–	12/18, 2:00PM

Laboratory

TIME	Materials	Virtual	DEADLINE
Week 1 (8/27)			8/30, 11:59PM
Week 2 (9/3)			9/6, 11:59PM
Week 3 (9/10)			–
Week 4 (9/17)			9/20, 11:59PM
Week 5 (9/24)			–
Week 6 (10/1)			10/4, 11:59PM
Week 7 (10/8)			10/11, 11:59PM
Week 8 (10/15)			10/18, 11:59PM
Week 9 (10/22)			–
Week 10 (10/29)			11/1, 11:59PM
Week 11 (11/5)			11/8, 11:59PM
Week 12 (11/12)			11/15, 11:59PM
Week 13 (11/19)			–
Week 14 (11/26)	NO INSTRUCTION — Thanksgiving	–	–
Week 15 (12/3)			12/6, 11:59PM
Week 16 (12/10)	Lab Completion	–	12/10, 11:59PM

The grading breakdown is subject to change at the discretion of the instructor and in accordance with the University grading system and policies. ↩︎

ECE361: Digital Systems and Computer Design

Mon, 10 Aug 2026 02:58:53 +0000

Executive Summary

ECE 361 is an undergraduate-level course on computer organization and processor design. This course explores the fundamental organization and design of computer systems, starting from computer architecture and instruction set architecture (ISA), through processor datapath and control design, to arithmetic logic units (ALUs), memory organization, and input/output (I/O) systems. The course also introduces SystemVerilog for modeling, implementing, and testing processor components and computer systems, providing students with hands-on experience in hardware-oriented system design. Pre: 205 and 260, or consent.

Logistics

CRN

ECE361 001 ECE361L 001 ECE361L 002 ECE361L 003

77422 77643 77644 77645
Personnel

Role / Personnel Assigned Session Office Hours / Notes

Lecturer: N/A see

TA: Session 1 (T 09:00am - 11:45am) TBD

TA: Session 2 (T 13:30pm - 16:15pm) TBD

ECE361 001	ECE361L 001	ECE361L 002	ECE361L 003
77422	77643	77644	77645

Classroom

Time	Location	Textbook/HW	HW/Exam Effort
MWF 09:30am-10:20am	Holmes Hall 242	Logic Design and Verification Using SystemVerilog (Revised) by Donald Thomas	Individual
		Computer Organization and Design: The Hardware/Software Interface — MIPS Edition by Patterson and Hennessy

Laboratory

Session Time Location Report Effort

01 T 09:00am - 11:45am Holmes Hall 451 Group

02 T 13:30pm - 16:15pm Holmes Hall 451 Group

Session	Time	Location	Report Effort
01	T 09:00am - 11:45am	Holmes Hall 451	Group
02	T 13:30pm - 16:15pm	Holmes Hall 451	Group

Grading

Breakdown¹

Midterm Exam 1	Midterm Exam 2	Final Exam	Homeworks / Take-Home Quizzes
25%	25%	25%	25%

Cutoffs

A	A-	B+	B	B-	C+	C	C-	D+	D	D-	F
90%	87%	83%	80%	77%	73%	70%	67%	63%	60%	57%	<57%

Proscribed Conduct: Copying or otherwise cheating on homework, lab reports, or exam will result in a failing grade for the course. More details can be found at student conduct code policies,

Schedule

Lecture

TIME	TOPICS	READING / HW / EXAM	DEADLINE
Week 1 — Mon. 8/24/2026	Introduction / Review Part 1: Data	Data representation, conversions, signed integers, arithmetic	–
Week 1 — Wed. 8/26/2026	Review Part 2: Logic Operations	Logic operations and Boolean concepts	–
Week 1 — Fri. 8/28/2026	Review Part 3: Combinational Circuits	Combinational logic and circuit design	–
Week 2 — Mon. 8/31/2026	Review Part 4: Sequential Circuits	Sequential logic and state	–
Week 2 — Wed. 9/2/2026	SystemVerilog I: Combinational Circuits	SystemVerilog modeling of combinational circuits	–
Week 2 — Fri. 9/4/2026	SystemVerilog I: Simulation	Simulation and verification basics	–
Week 3 — Mon. 9/7/2026	NO INSTRUCTION — Labor Day	–	–
Week 3 — Wed. 9/9/2026	SystemVerilog I: Sequential Circuits	Sequential circuit modeling	–
Week 3 — Fri. 9/11/2026	SystemVerilog I: Additional Constructs	Additional SystemVerilog concepts	–
Week 4 — Mon. 9/14/2026	Computer Architecture Overview I: Introduction and Performance	Patterson & Hennessy, Sec. 1.1–1.6	–
Week 4 — Wed. 9/16/2026	Computer Architecture Overview II: Design	Patterson & Hennessy, Sec. 1.7–1.11	–
Week 4 — Fri. 9/18/2026	ISA I: Barely C	Programming model and preparation for MIPS ISA	–
Week 5 — Mon. 9/21/2026	ISA II: CPU and Instruction Execution	MIPS ISA	–
Week 5 — Wed. 9/23/2026	ISA III	MIPS instructions and data operations	–
Week 5 — Fri. 9/25/2026	ISA IV: Instruction Formats	MIPS instruction encoding and formats	–
Week 6 — Mon. 9/28/2026	ISA V: Stack	Stack organization and usage	–
Week 6 — Wed. 9/30/2026	ISA Practice / Quiz / Problem Solving	Review and practice	–
Week 6 — Fri. 10/2/2026	ISA VI: Subroutines	Procedure calls and subroutines	–
Week 7 — Mon. 10/5/2026	ISA VII: System-Level Concepts	System-level ISA concepts	–
Week 7 — Wed. 10/7/2026	ISA Review / Problem Solving	Review and practice	–
Week 7 — Fri. 10/9/2026	Processor I: Single-Cycle Processor	Single-cycle datapath and control	–
Week 8 — Mon. 10/12/2026	Processor II: Pipeline	Pipelining fundamentals	–
Week 8 — Wed. 10/14/2026	Processor II: Pipeline, continued	Pipeline stages and timing	–
Week 8 — Fri. 10/16/2026	Processor III: Pipeline Implementation	Pipelined datapath implementation	–
Week 9 — Mon. 10/19/2026	Processor IV: Hazards	Pipeline hazards	–
Week 9 — Wed. 10/21/2026	Processor V: Data Hazards	Midterm Exam 1 — Take Home opens	12:01 AM
Week 9 — Fri. 10/23/2026	Processor VI: Control Hazards	Branches and control hazards	–
Week 10 — Mon. 10/26/2026	Processor VII: Dynamic Prediction	Midterm Exam 1 — Take Home due	11:59 PM
Week 10 — Wed. 10/28/2026	Memory I: Basics	Memory hierarchy fundamentals	–
Week 10 — Fri. 10/30/2026	Memory II: Blocks and Caches	Cache blocks and mapping	–
Week 11 — Mon. 11/2/2026	Cache and Memory Review	Memory hierarchy review and practice	–
Week 11 — Wed. 11/4/2026	Memory III: Technologies	Memory technologies	–
Week 11 — Fri. 11/6/2026	ALU I: Integer Arithmetic	Integer arithmetic	–
Week 12 — Mon. 11/9/2026	ALU II: Integer Multiplication	Multiplication hardware and algorithms	–
Week 12 — Wed. 11/11/2026	NO INSTRUCTION — Veterans Day	–	–
Week 12 — Fri. 11/13/2026	ALU III: Floating Point	Floating-point representation and arithmetic	–
Week 13 — Mon. 11/16/2026	ALU Review	ALU review and practice	–
Week 13 — Wed. 11/18/2026	Processor Review	Processor, pipeline, memory, and ALU review	–
Week 13 — Fri. 11/20/2026	Processor / Memory Review	Review and problem solving	–
Week 14 — Mon. 11/23/2026	SystemVerilog II: Hardware Threads and Clock Domains	Midterm Exam 2 — Take Home opens	12:01 AM
Week 14 — Wed. 11/25/2026	SystemVerilog II: Hardware Thread Interaction and Interfaces	Thread interaction and interfaces	–
Week 14 — Fri. 11/27/2026	NO INSTRUCTION — Thanksgiving Period	–	–
Week 14 — Sun. 11/29/2026	–	Midterm Exam 2 — Take Home due	11:59 PM
Week 15 — Mon. 11/30/2026	SystemVerilog III: Testbenches and Randomization	Verification testbenches and constrained randomization	–
Week 15 — Wed. 12/2/2026	SystemVerilog III: Assertions and Sequences	Assertions, properties, and sequences	–
Week 15 — Fri. 12/4/2026	I/O: Introduction	I/O fundamentals and system integration	–
Week 16 — Mon. 12/7/2026	I/O: Applications and Examples	I/O applications and design examples	–
Week 16 — Wed. 12/9/2026	Final Review	Comprehensive final review	–
Study Period — 12/11/2026–12/12/2026	Study Period	–	–
Finals — Mon. 12/14/2026	Final Exam — In Person	Comprehensive Final Exam	9:45–11:45 AM

Note: Lecture topics are organized from the provided ECE361 slide set. Midterm placement follows the natural gaps and review material in that sequence; adjust the two midterm dates if the official Fall 2026 exam plan differs.

Laboratory

Lab Schedule

TIME	LAB	TOPIC	DEADLINE
Week 1–2 — 8/25–9/8/2026	1	Unix/Linux	9/8, 11:59 PM
Week 3–4 — 9/8–9/22/2026	2	C Language	9/22, 11:59 PM
Week 5–6 — 9/22–10/6/2026	3	SystemVerilog I	10/6, 11:59 PM
Week 7–8 — 10/6–10/20/2026	4	QtSPIM and MIPS	10/20, 11:59 PM
Week 9–10 — 10/20–11/3/2026	5	FPGA	11/3, 11:59 PM
Week 11–12 — 11/3–11/17/2026	6	CPU Research	11/17, 11:59 PM
Week 13–15 — 11/17–12/8/2026	7	Pipeline Processor	12/8, 11:59 PM

The grading breakdown is subject to change at the discretion of the instructor and in accordance with the University grading system and policies. ↩︎

ECE602: Algorithm I

Mon, 09 Dec 2024 10:07:39 -1000

Executive Summary

Design and evaluation of machine representations, techniques and algorithms for sorting, pattern processing, computational geometry, mathematical computations, and engineering applications. Introduction to computational issues of time, space, communication, and program correctness. Pre: 367 or consent.

Logistics

CRN

ECE602 001

88856
Personnel:

Lecturer: Office Hours: see

ECE602 001
88856


Lecturer:	Office Hours: see

Format:

Lecture Time	Lecture Location	Textbook	Quiz	Assignment
MW 12:00pm-13:15pm	Keller Hall 314/Zoom/Ad hoc	Required: An Introduction to the Analysis of Algorithms	Individual	Individual
		Required: Analytic Combinatorics

Grading Policy

– Breakdown

Quiz & Assignment	Discussion & Participation
80%	20%

Cutoffs

A- B- C-

70% 50% 30%
Proscribed Conduct: Copying or otherwise cheating on homework, lab reports, or exam will result in a failing grade for the course. More details can be found at student conduct code policies,

A-	B-	C-
70%	50%	30%

Schedule

TIME	TOPICS	READING/HW/EXAM	DEADLINE
Week 1 (1/13, 1/15)	Analysis of Algorithms		1/19, 11:59PM
Week 2 (1/22)	Recurrence Relations		1/26, 11:59PM
Week 3 (1/27, 1/29)	Generating Functions		2/2, 11:59PM
Week 4 (2/3, 2/5)	Asymptotic Approximations		2/9, 11:59PM
Week 5 (2/10, 2/12)	Analytic Combinatorics		2/18, 11:59PM
Week 6 (2/19)	Trees		2/23, 11:59PM
Week 7 (2/24, 2/26)	Permutations		3/2, 11:59PM
Week 8 (3/3, 3/5)	Strings and Tries		3/9, 11:59PM
Week 9 (3/10, 3/12)	Words and Maps		3/16, 11:59PM
Spring Recess (3/17 - 3/21)	–	–	–
Week 10 (3/24, 3/26)	Combinatorial Structures and OGFs		3/30, 11:59PM
Week 11 (3/31, 4/2)	Labelled Structures and EGFs		4/6, 11:59PM
Week 12 (4/7, 4/9)	Combinatorial Parameters and MGFs		4/13, 11:59PM
Week 13 (4/14, 4/16)	Complex Analysis, Rational and Meromorphic Asymptotics		4/20, 11:59PM
Week 14 (4/21, 4/23)	Applications of Rational and Meromorphic Asymptotics		4/27, 11:59PM
Week 15 (4/28, 4/30)	Singularity Analysis		5/4, 11:59PM
Week 16 (5/5, 5/7)	Applications of Singularity Analysis		5/11, 11:59PM
Week 17 (5/12，5/14)	Saddle Point Asymptotics		5/18, 11:59PM

EE660: Computer Architecture I

Thu, 18 Aug 2022 10:07:39 -1000

Executive Summary

Fundamental understanding of computer architecture is key to hardware and processor design, compilers, operating systems, and high performance programming. This course explores computer architectures and design techniques of modern microprocessors at various scales. The focus will be given to architectures that can exploit different forms of parallelism, whether they be implicit or explicit, to improve performance. A selection of topics covered by the course include multi-issue superscalar processors, out-of-order processors, Very Long Instruction Word (VLIW) processors, advanced caching, multiprocessor systems, and parallel programming.

Logistics

CRN

EE660 001

76915
Personnel:

Lecturer: Office Hours: see

EE660 001
76915


Lecturer:	Office Hours: see

Format:

Lecture Time	Lecture Location	Textbook	Quiz	Assignment
MW 13:30pm-14:45pm	Holmes Hall 389	Required: Computer Architecture: A Quantitative Approach (5th Edition) (PH11)	Individual	Team
		Optional: Modern Processor Design: Fundamentals of Supperscalar Processors (SL13)

Grading Policy

– Breakdown

Quiz & Assignment	Discussion & Participation
80%	20%

Cutoffs

A- B- C-

70% 50% 30%
Proscribed Conduct: Copying or otherwise cheating on homework, lab reports, or exam will result in a failing grade for the course. More details can be found at student conduct code policies,

A-	B-	C-
70%	50%	30%

Schedule

TIME	TOPIC	LECTURE	READING	Quiz
Week 01 (Aug 22, 24)	Introduction to Computer Architecture		PH11: Chapter 1, C1-C16.	–
Week 02 (Aug 29, 31)	Review: Pipeline		PH11: C26, C30-C58, C61-C81.	–
Week 03 (Sep 7)	Review: Pipeline cont.	–	–
Week 04 (Sep 12, 14)	Review: Cache		PH11: B1-B40, SL13:177-209.	–
Week 05 (Sep 19, 21)	Superscalar Pipelines		PH11:C43-C61, SL13:217-236	–
Week 06 (Sep 26, 28)	Out-of-Order Processors		SL13:338-357	–
Week 07 (Oct 3, 5)	Branch, Register Renaming, and Memory Disambiguation		SL13:237-273.	–
Week 08 (Oct 10, 12)	VLIW Introduction		PH11: 192-196, Appendix H	–
Week 09 (Oct 17, 19)	Branch Prediction		PH11: C26-C30, SL13:219-237, 453-508	–
Week 10 (Oct 24, 26)	Advanced Cache Optimizations		PH11:71-105	–
Week 11 (Oct 31, Nov 02)	Memory Protection		PH11 B41-B67, 105-144	–
Week 12 (Nov 07, 09)	Vector Processors and GPUs		PH11:282-357	–
Week 13 (Nov 14, 16)	Multithreading		PH11:221-259
Week 14 (Nov 21, 23)	Parallel Programming and Small Multiprocessors		PH11:377-400, 343-378	–
Week 15 (Nov 28, 30)	Interconnection Network		PH11:Appendix F	–
Week 16 (Dec 05, 07)	Large Multiprocessors (Directory Protocols)		PH11:378-386, 400-429	–
Week 17 (Dec 12, 16)	Elective Topic	–	–	–

EE693e (Spec Topics): Wireless Communication and Sensing for Telemedicine

Mon, 02 Aug 2021 10:07:39 -1000

Executive Summary

This course focuses on selected research topics in wireless communication and sensing and is intended for undergraduate, master, and doctoral students who are interested in this field of study. At the end of this course, students will have a in-depth knowledge of the state-of-the-art and open problems, thus enhancing their potential to do research or pursue a career in this rapidly developing area. this course is structured as a research seminar and laboratory where research papers from leading conferences & journals will be presented by the instructor and students. Main topics of this iteration include the study the connections between telemedicine and IoT, mobile sensing, augmented reality, 5G, edge computing, cloud computing, and 3D-printing.

Logistics

CRN

EE693e

85304
Personnel:

Lecturer: Overview the area of study

Presenter¹: students Give presenation and written report of the given paper

Audience²: students Discuss the given paper
Format:

Lecture/Presentation Time Lecture/Presenatation Location Textbook Persentation Report

MW 9:00am-10:15am See Group Group

EE693e
85304


Lecturer:	Overview the area of study
Presenter¹: students	Give presenation and written report of the given paper
Audience²: students	Discuss the given paper

Lecture/Presentation Time	Lecture/Presenatation Location	Textbook	Persentation	Report
MW 9:00am-10:15am		See	Group	Group

Grading Policy

Presentations	Reports	Discussion
40%	40%	20%

Cutoffs

A- B- C-

70% 50% 30%
Proscribed Conduct: Copying or otherwise cheating on homework, lab reports, or exam will result in a failing grade for the course. More details can be found at student conduct code policies,

A-	B-	C-
70%	50%	30%

Schedule

TIME	TOPIC	PAPER/NOTES	REPORT	DUE
Week 01 ( )	Logistic, Telemedicine Overview		NA	NA
Week 02 ( , )	Student Presentations	,		11:59 PM, Sep 12
Week 03 ( )	Telemedicine and Internet of Things		NA	NA
Week 04 ( , )	Student Presentations	,		11:59 PM, Sep 26
Week 05 ( , )	Telemedicine and Wireless Sensing	,	NA	NA
Week 06 ( , )	Student Presentations	,		11:59 PM, Oct 12
Week 07 ( , )	Telemedicine and AR/VR	,	NA	NA
Week 08/09 ( , )	Student Presentations	,		11:59 PM, Oct 24
Week 09 ( )	Telemedicine and 5G		NA	NA
Week 10 ( , )	Student Presentations	,		11:59 PM, Nov 07
Week 11 ( , )	Telemedicine and Edge Computing	,	NA	NA
Week 12 ( , )	Student Presentations	,		11:59 PM, Nov 21
Week 13 ( , )	Telemedicine and Cloud Computing	,	NA	NA
Week 14 ( , )	Student Presentations	,	–	11:59 PM, Nov 05
Week 15 ( , [Dec 01][recording 1201 url])	Telemedicine and 3D-Printing	,	NA	NA
Week 16 ( , )	Student Presentations	,	–	11:59 PM, Dec 19
Week 17	Conclusion	–	NA	NA

Footnotes

Students may work in teams of two or three. each team will be assigned with one paper every other week. each team needs to complete two tasks on each paper: (1) give a in-depth presentation (60 min) and answer all the questions during the q&a (15 min); (2) write a one-page (excluding citations) summary of the paper (in ieee conference format). ↩︎
Students must work alone and complete the following tasks for each presentation: (1) prepare at least one relevent question for the presenter; (3) grade the presenter’s presentation and report. ↩︎

EE693e (Spec Topics): Wireless and Mobile Security

Sun, 23 Aug 2020 20:07:39 -1000

Executive Summary

this course focuses on selected research topics of current interest in wireless security and is intended for undergraduate, master, or doctoral students who are interested in wireless security. at the end of this course, students will have a in-depth knowledge of the state-of-the-art and open problems in wireless security, thus enhancing their potential to do research or pursue a career in this rapidly developing area. this course is structured as a research seminar and laboratory where research papers from leading conferences & journals will be presented by the instructor and students. main topics of interests include: pairing, authentication, access control, wireless sensing and localization, jamming and anti-jamming, security analysis of wireless applications, hardware/firmware, side-channel analysis, IoT privacy, wireless fingerprinting, location privacy, and security in future cellular networks.

Textbook

required: , by acm.

Logistics

lecturer: et al.
lecture: mondays wednesday 9:00am-10:15am, virtual via .
discussion: virtual via .
office hours: schedule it .
laboratory hours: schedule it .

Policies

presenter: you may work in teams of two or three. each team will be assigned with two topics (four papers). each team needs to complete two tasks on each paper: (1) give a in-depth presentation (60 min) and answer all the questions during the q&a (15 min); (2) write a one-page (excluding citations) summary of the paper (in ieee conference format).
audience: you must work alone and complete the following tasks for each presentation: (1) watch the conference presentation that accompanies the paper; (2) prepare at least one relevent question for the presenter; (3) grade the presenter’s presentation and report.

Schedule

time	lecture/presentations	presenter	papers	video/slides	report
Week 01 (Aug 24, 26)	Course logistic	Yao Zheng	—	—	—
Week 02 (Aug 31, Sep 02)	Mobile payments and fraud	Alvin Yang, Thomas Yang	,	,
Week 03 (Sep 09)	NO CLASS
Week 04 (Sep 14, 16)	Wireless localization and security	Samson Aggelopoulos, Changlong Wu	,	,
Week 05 (Sep 21, 23)	Jamming and anti-jamming	Grant A. Stankaitis, Japhet J. Ye	,	,
Week 06 (Sep 28, 30)	Mobile app security	Dawei Yang, Matthew W. Sahara	,	,
Week 07 (Oct 05, 07)	Physical-layer security	Samson Aggelopoulos, Noha M. Mohammed	,
Week 08 (Oct 12, 14)	Hardware, firmware, and side-channel	Alvin Yang, Japhet J. Ye	,	,
Week 09 (Oct 19, 21)	Wireless fingerprints	Brian Z. Lu, Matthew W. Sahara	,	,
Week 10 (Oct 26, 28)	Location privacy	Grant A. Stankaitis, Changlong Wu	,	,
Week 11 (Nov 02, 04)	Privacy risks and protection in IoT	Brian Z. Lu, Noha M. Mohammed	,	,
Week 12 (Nov 09)	NO CLASS
Week 13 (Nov 16, 18)	Pairing and access control	Dawei Yang, Thomas Yang	,	,
Week 14 (Nov 23, 25)	Wireless sensing and authentication	Yao Zheng	,	,
Week 15 (Nov 30, Dec 02)	Security in 4G/LTE	Yao Zheng	,	,
Week 16 (Dec 07, 09)	Security in 5G	Yao Zheng	,	,

Acknowledgement

This course is developed with the materials provided by ACM WiSec 2020, and the supports of University of Hawaii at Manoa Coronavirus Aid, Relief and Economic Security (CARES) grant, NSF grants DGE-1662487, CNS-1948568.

Role / Personnel	Assigned Session	Office Hours / Notes
Lecturer:	N/A	see
TA:	Session 1 (T 09:00am - 11:45am)	TBD
TA:	Session 2 (T 13:30pm - 16:15pm)	TBD