chedule for CS146a meetings, Spring 2017.
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Class Schedule:


Jan 17, Tue
L1: Intro to systems and client/server
 Read:S&K Ch 1 (1.1-1.5), Ch4 (4.1-4.3) 
Warmup
R1: Gabriel 

Jan 20, Fri
L2: client server cont. Major lessons & technology trends
R2: Leveson

Jan 24, Tue
L3: Naming
 Read:S&K Ch 2.2 and 3.1
R3: DNS (ch 4.4 Case study DNS)

Jan 27, Fri 
L4: System structure (Unix)
R4: X-window system 

Jan 31, Tue
L5: Client/server within machine: OS structure, Virtual Machines Ch 5
R5: Eraser


Feb 3, Fri 
L6: Performance Ch. 6.1, 6.2, 6.34
R6: Flash

Feb 7, Tue 
L7: Networking Intro Ch.7.2 (on-line)
R7: MapReduce

Feb 10, Fri 
L8: Network layering: the design philosophy of DARPA
R8: Routing and BGP (BGP tutorial up to sec 3.2)

Feb 14, Tue
L9: Network Layer (Routing)    
R9: Transport Layer

Feb 17, Fri
L10:  E2E layer
R10: End-to-end argument

Feb 20–24: recess

Feb 28, Tue
Quiz 1


Mar 3, Fri 
L11: Sharing, network resource management, performance in e2e
R10: NFS or Bufferbloat

March 7, Tue
L12: P2P
R11: DCTCP

March 10, Fri
L12a: Wireless Networks
R12a: Akamai

March 14, Tue 
L13: Fault tolerant computing Ch 8.1, 8.2, 8.3
R13: Bit Torrent incentives, or Distributed Storage

March 17, Fri
L14: Atomicity
R14: Chapter 8, Durability, RAID

March 21, TUe
L15: Recoverability
R15: LFS

March 24, Sri
L16: Isolation 
R16: Databases: Mike Franklin’s Chapter on recovery

March 28, Tue
L17: multi-cite atomicity + Review
R17: PNUTS

March 31, Fri 
Quiz 2: covers up to L17, R17

Apr 4, The
L17: Security
R17: Buffer overrun, Beond Stack smashing, Spafford and Lerman


April 7, Tue 
L18: Authentication
R18: Why do crypto systems fail? 

April 11 - April 18,  no classes (Passover)

April 21, Fri
L19: Network Security/ DDOS/ Botnets
R19: Tracking Witty 

April 25, Tue
L20: Secure channels
R20: Trusting trust or Bitcoin

April 28, Fri
L21: Complexity: Systems state of the Art
R21: Review

May 2, Tue
Quiz 3: ( covers L17 through L21)

NO FINAL!