We present two ways in which dynamic self-assembly can be used to perform computation, via stochastic protein networks and self-assembling software. We describe our protein-emulating agent-based simulation infrastructure, which is used for both types of computations, and the few agent properties sufficient for dynamic self-assembly. Examples of protein-networkbased computation and self-assembli...

We describe a system that allows customers to interactively select, assemble, and modify 3D products over the WWW, enhancing the usage of 3D techniques for e-business. It provides a framework for a web-based 3D assembling system that can significantly simplify the assembling process while retaining enough flexibility to build an approximate model of real products. The assembled object is captur...

Interface-binding enzymes are desirable for biphasic reactions in that they offer simultaneous access to substrates dissolved in both phases across the interface. It has been shown that conjugating water-soluble enzymes with hydrophobic polymers facilitated the assembling of enzymes at oil/water interfaces. In this work, the interfacial assembling of alpha-chymotrypsin conjugated with polystyre...

One of the grand challenges of robotics is the design of robots that are adaptive and self-sufficient. This can be crucial for robots exposed to environments that are unstructured (in space and time) or not easily accessible for a human operator, such as the inside of a blood vessel, a collapsed building, the deep sea, or the surface of another planet.Modular reconfigurable robots are among the...

Text mining approaches can accelerate the process of assembling knowledge from literature. In this abstract, we present our effort in assembling a resource for protein mutationdisease relations assembled from literature. Keywords—literature mining; protein mutation-disease

The paper introduces the concept of Rock Model, and based on the analysis of resources in the Rock Model based large virtual instrument depository, the concept of intelligent system whose model and construction are introduced in detail in this paper is employed to realize the automatic assembling of virtual instruments. And the scheme to realize automatic assembling of virtual instruments is di...

An abstract model of self-assembling systems is presented where assembly instructions are written as conformational switches— local rules that specify conformational changes of a component. The self-assembling automaton model is defined as a sequential rule-based machine that operates on one-dimensional strings of symbols. An algorithm is provided for constructing a self-assembling automaton th...