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A Method for Fast, High-Precision Characterization of Synthetic Biology Devices 

Beal, Jacob; Weiss, Ron; Yaman, Fusun; Davidsohn, Noah; Adler, Aaron (2012-04-07)
Engineering biological systems with predictable behavior is a foundational goal of synthetic biology. To accomplish this, it is important to accurately characterize the behavior of biological devices. Prior characterization ...
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Principles for Engineered Emergence (slides) 

Beal, Jacob (2007-04-12)
Principles for Engineered EmergenceIt is difficult to establish engineering control over the behavior ofaggregates of unreliable devices with complicated interactionpatterns. I take a linguistic view of this problem, ...
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Learning by Learning To Communicate 

Beal, Jacob (2007-08-23)
Human intelligence is a product of cooperation among many different specialists. Much of this cooperation must be learned, but we do not yet have a mechanism that explains how this might happen for the "high-level" agile ...
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Programming a Sensor Network as an Amorphous Medium 

Bachrach, Jonathan; Beal, Jacob (2006-06)
In many sensor network applications, the network is deployedto approximate a physical space. The network itself is not ofinterest: rather, we are interested in measuring the propertiesof the space it fills, and of establishing ...
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Code for LOLCAT Method (Variant of Gillespie Algorithm) 

Beal, Jacob; Indurkhya, Sagar (2009-09-04)
This code and data is publicly listed code for the LOLCAT Method developed by Sagar Indurkhya and Jacob Beal, in the paper: "Reaction factoring and bipartite update graphs accelerate the Gillespie algorithm for large-scale ...
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RamboNodes for the Metropolitan Ad Hoc Network 

Beal, Jacob; Gilbert, Seth (2003-12-17)
We present an algorithm to store data robustly in a large, geographically distributed network by means of localized regions of data storage that move in response to changing conditions. For example, data might migrate away ...
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Near-Optimal Distributed Failure Circumscription 

Beal, Jacob (2003-08-11)
Small failures should only disrupt a small part of a network. One wayto do this is by marking the surrounding area as untrustworthy ---circumscribing the failure. This can be done with a distributedalgorithm using ...
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What the Assassin's Guild Taught Me About Distributed Computing 

Beal, Jacob (2006-05-27)
Distributed computing and live-action roleplaying share many of thesame fundamental problems, as live-action roleplaying games commonly include simulations carried out by their players.Games run by the MIT Assassin's Guild ...
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Building Spatial Computers 

Bachrach, Jonathan; Beal, Jacob (2007-03-14)
Programmability is a major challenge in spatial computing, anaggregate control problem found in domains such as sensor networks,swarm robotics, and modular robotics. We address this challenge witha model of a spatial ...
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Constraint and Restoring Force 

Beal, Jacob; Bachrach, Jonathan; Tobenkin, Mark (2007-08-24)
Long-lived sensor network applications must be able to self-repair and adapt to changing demands. We introduce a new approach for doing so: Constraint and Restoring Force. CRF is a physics-inspired framework for computing ...
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Beal, Jacob (31)
Bachrach, Jonathan (7)Gilbert, Seth (2)Sussman, Gerald (2)Tobenkin, Mark (2)Abelson, Hal (1)Adler, Aaron (1)Davidsohn, Noah (1)Fujiwara, Takeshi (1)Greenstadt, Rachel (1)... View MoreSubjectAI (12)amorphous computing (7)artificial intelligence (5)spatial computing (3)ad-hoc networks distributed algorithms atomic distributed shared memory (2)amorphous distributed ad-hoc computing self-organizing stopping failure (2)distributed computing sensor networks (2)Proto (2)Adaptive Learning Hash-coding communication architecture algorithm (1)amorphous computing distributed sensor networks space-time programming (1)... View MoreDate Issued2010 - 2012 (1)2001 - 2009 (30)Has File(s)Yes (31)

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