'Event driven packet pump' presentation slideshows

Networks of Tiny Devices Embedded in the Physical World

Networks of Tiny Devices Embedded in the Physical World. David Culler Computer Science Division U.C. Berkeley www.cs.berkeley.edu/~culler Intel Research Berkeley. Processing. Storage. Sensing. Actuation. Communication. I SD. Q SD. baseband. PLL. filters. mixer. LNA.

670 views • 56 slides

Networks of Tiny Devices Embedded in the Physical World

Networks of Tiny Devices Embedded in the Physical World. David Culler Computer Science Division U.C. Berkeley www.cs.berkeley.edu/~culler Intel Research Berkeley. Processing. Storage. Sensing. Actuation. Communication. I SD. Q SD. baseband. PLL. filters. mixer. LNA.

564 views • 56 slides

Lecture 2: Software Platforms

Lecture 2: Software Platforms. Anish Arora CIS788.11J Introduction to Wireless Sensor Networks Lecture uses slides from tutorials prepared by authors of these platforms. Outline. Discussion includes not only operating systems but also programming methodology

547 views • 54 slides

Wireless OEP Breakout Session

Wireless OEP Breakout Session. David Culler & Shankar Sastry University of California, Berkeley. Agenda. Additional Technical Background on HW/SW platform Additional Technical Background on Challenge Application Development Identify how each project will use the platform

521 views • 44 slides

Programming TinyOS

Programming TinyOS. David Culler, Phil Levis, Rob Szewczyk, Joe Polastre University of California, Berkeley Intel Research Berkeley. sensors. actuators. storage. network. Characteristics of Network Sensors. Small physical size and low power consumption

470 views • 35 slides

TinyOS

TinyOS. David Culler Computer Science Division U.C. Berkeley www.cs.berkeley.edu/~culler Intel Research Berkeley. sensors. actuators. storage. network. Characteristics of Network Sensors. Small physical size and low power consumption Concurrency-intensive operation

388 views • 35 slides

303 views • 30 slides

Language Challenges inspired by Networks of Tiny Devices

Language Challenges inspired by Networks of Tiny Devices. David Culler Computer Science Division U.C. Berkeley Intel Research @ Berkeley www.cs.berkeley.edu/~culler. Challenges 6-pack. Optimizing for efficient modularity Analysis for jitter bounds and other system properties

268 views • 26 slides