scale free

In Sacramento, California, of the United States, Tzu Chi joined Remote Area Medical once again in a four-day large-scale free clinic.

The relatively low temperature of the nitriding process produces components with a scale free surface, and minimum distortion.

Example shows that the network is a scale free network and a small world network, which has fine robustness and frailty.

Small world, scale free are the major characteristics of complex network, to the same, it has strong regionally.

A novel approach is proposed that leads to the design and evolution of a scale-free network that satisfies any given power-law distribution.

Analyzing the evolution of a scale-free network and giving a proper formal description are hot issues in the research of complex network.

That phenomenon is known as scale-free correlation, and transcends biology.

Consider the deficiency of current routing strategies, we propose a new local information based routing strategy on a scale-free network.

Through building a BA scale-free network, studied the simulation of the propagation of virus and influencing factors.

The results show that preferential learning rule improves the cooperation level in BA scale-free network while reduces the regular networks.

Therefore, for large-scale urban traffic network, scale-free network is an ideal network topology.

KNOWLEDGE ABOUT scale-free networks has implications for understanding the spread of computer viruses, diseases and fads .

Taking scale-free network and exponential network as examples, the efficiency of the method is verified.

The node degree of the network follows the power-law distribution and has scale-free properties.

Cooperation on scale free networks built upon big clustering coefficients is enhanced and maintained at a high level.

As the traffic demand increases, scale-free network shows a greater carrying capacity.

Then, the degree distribution of improved scale-free networks calculated by Markov chains approach.

On a more serious note, scale-free networks are present in the biological realm.

The heterogeneity of scale-free network topology is studied using network structure entropy(NSE).

Has they the properties of small- world effect and scale-free property that told about by scientists?

A scale-free network is a class of complex network whose degree distribution follows a power law.

Confirmed the existence of online social network structure of power-law, small-world, scale-free nature.

The study reveals that the network is of "small world" and scale-free property of complicated network.

In this paper, an evolving model of scale-free networks is proposed based on the mechanism of batch growth of new nodes.

Scale-free network model is used as a form of the structure of information fusion systems for the first time.

And it is proved that the urban traffic network of Taiyuan city is a scale- free network from the macro angle.

Becauseofthese and other factors, scientists have only begun uncover the behavior of scale -free systems.

Recently, it is found thatthere is scale-free property in many complex systems including Internet, WWW andmetabolic network.

As a large-scale free port of our country, Hongkong is the transfer depot for many goods.

The Application of the Scale - free Hierarchy Analysis Method to Curriculum Setting in Post Professional Education

Characters of Scale-free Organization Network of Enterprises and its Evolutionary Model

Network Structure Entropy and Its Application to Scale-free Networks

Simulation Investigation on Rumor Spreading on Scale-free Network with Tunable Clustering

Property and Significance of Cell Signaling Transduction Scale-Free Network

Observation on scale free-network from networks quality control perspective

Application of Small - world Effect and Scale - free Network Model to the Study of Information Safety in Internet

Characters Analysis for a Class of Scale-Free Networks

Single Preferential Attachment Evolving Model of Scale-Free Networks

Correlations and Joint Degree Distributions of Scale-free Networks

Synchronization and Control in Coupled Map Lattices with Scale-Free Topology

Equivalence models of uniform increasing scale-free networks

Simulation Research on the Control of Cascade-based Attack in Scale-free Networks

Scale-Free Networks and Their Significance for Systems Science

A weighted scale-free network model with large-scale tunable clustering

The scale-free feature and evolving model of large-scale software systems

Congestion and decongestion in scale-free networks

An Evolving Model for Scale-free Collaboration Networks

Analysis, Modeling and Emulating of Scale-free Networks

Statistical Research on Topology of Scale-free Networks

A Common Evolving Model for Small-World Networks and Scale-Free Networks

Friends-Help Mechanism for Generating a Class of Scale-Free Networks

Heterogeneity of Scale-free Network Topology

Statistical Mechanics of Scale-free Networks

An Improved Evolving Scale-free Network Model on Ecosystem

Topology Worm Propagation Model Based on Scale-free Susceptible Application Network

Scale-Free Characteristic and Active Service Gird of WWW

Range of degree-rank exponent of scale-free networks

A Max -Min Degree Search Algorithm in Scale -Free Networks

Analysis of Scale-free Networks Based on the Insertion-deletion-compensation Model

A Spam Worm Propagation Model in Scale-free Networks

Exponential Growth and Dynamic Local World of Scale-Free Network

A New Topological Parameter of Scale-Free Network

A BA Scale Free Network Model with Inner Evolving

Financial System and the Scale-Free Network