James A. Reggia
From Rutgers Medical Informatics History Project
(Difference between revisions)
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| - | SelectedPublications=| | + | SelectedPublications=Knowledge-based decision support systems :--development through KMS /--by James Allen Reggia. (1 |
| + | 981) | ||
| + | Reggia, James A. | ||
| + | Vita. Thesis (Ph. D.)--University of Maryland, 1981. Bibliography: leaves 216-223. | ||
| + | |||
| + | Exploration of Neural Process and Language Performance (1998) | ||
| + | Reggia, James A. | ||
| + | Under this ROPO grant, Dr. Reggia provided a unique opportunity to participate with his graduate | ||
| + | team who are studying various aspects of recovery of... | ||
| + | |||
| + | Real-Time Distributed Algorithms for Visual and Battlefield Reasoning (2006) | ||
| + | Subrahmanian, V. S. Davis, Larry Reggia, James Basili, Victor Aloimonos, John | ||
| + | Information is key to the success of the next generation battlefield. There is a critical need t | ||
| + | o determine, in real-time, what the enemy is doing,... | ||
| + | |||
| + | Development of a Large-Scale Integrated Neurocognitive Architecture Part 1: Conceptual Framework | ||
| + | (2006) | ||
| + | Reggia, James A. Tagamets, Malle Contreras-Vidal, Jose Weems, Scott Jacobs, David Winder, Ransom | ||
| + | Chabuk, Timur | ||
| + | The idea of creating a general purpose machine intelligence that captures many of the features o | ||
| + | f human cognition goes back at least to the earliest... | ||
| + | |||
| + | Development of a Large-Scale Integrated Neurocognitive Architecture Part 1: Conceptual Framework (2006) | ||
| + | Reggia, James A. Tagamets, Malle Contreras-Vidal, Jose Weems, Scott Jacobs, David Winder, Ransom | ||
| + | Chabuk, Timur | ||
| + | The idea of creating a general purpose machine intelligence that captures many of the features o | ||
| + | f human cognition goes back at least to the earliest... | ||
| + | |||
| + | Measuring Organization and Asymmetry in Bihemispheric Topographic Maps (1996) | ||
| + | Alvarez, Sergio A. Levitan, Svetlana Reggia, James A. | ||
| + | We address the problem of measuring the degree of hemispheric organization and asymmetry of orga | ||
| + | nization in a computational model of a bihemispheric... | ||
| + | |||
| + | Measuring Organization and Asymmetry in Bihemispheric Topographic Maps (1996) | ||
| + | Alvarez, Sergio A. Levitan, Svetlana Reggia, James A. | ||
| + | We address the problem of measuring the degree of hemispheric organization and asymmetry of orga | ||
| + | nization in a computational model of a bihemispheric... | ||
| + | |||
| + | SWARM INTELLIGENCE SYSTEMS USING GUIDED SELF-ORGANIZATION FOR COLLECTIVE PROBLEM SOLVING | ||
| + | ALEJANDRO RODRÃGUEZ ALEXANDER GRUSHIN JAMES A. REGGIA | ||
| + | Drawing inspiration from social interactions in nature, the field of swarm intelligence has pres | ||
| + | ented a promising approach to the design of complex... | ||
| + | |||
| + | A SIMULATION ENVIRONMENT FOR EVOLVING MULTIAGENT COMMUNICATION (2000) | ||
| + | Reggia, James A. Schultz, Reiner Uriagereka, Juan Wilkinson, Jerry | ||
| + | A simulation environment has been created to support study of emergent communication. Multiple a | ||
| + | gents exist in a two-dimensional world where they... | ||
| + | |||
| + | A SIMULATION ENVIRONMENT FOR EVOLVING MULTIAGENT COMMUNICATION (2000) | ||
| + | Reggia, James A. Schultz, Reiner Uriagereka, Juan Wilkinson, Jerry | ||
| + | A simulation environment has been created to support study of emergent communication. Multiple a | ||
| + | gents exist in a two-dimensional world where they... | ||
| + | |||
| + | Guided Self-Organizing Particle Systems for Basic Problem Solving (2007) | ||
| + | Rodriguez, Alejandro | ||
| + | In recent years researchers have shown increasing interest in swarm intelligence as a promising | ||
| + | approach to adaptive distributed problem solving.... | ||
| + | |||
| + | Guided Self-Organizing Particle Systems for Basic Problem Solving (2007) | ||
| + | Rodriguez, Alejandro | ||
| + | In recent years researchers have shown increasing interest in swarm intelligence as a promising | ||
| + | approach to adaptive distributed problem solving.... | ||
| + | |||
| + | A Behavior-to-Brain Map (2006) | ||
| + | Tinnirella, Matt Tagamets, Malle A. Weems, Scott Contreras-Vidal, Jose Reggia, James A. | ||
| + | Development and study of large-scale computational models of the human brain, and their use to s | ||
| + | imulate cognitive functions, is becoming increasingly... | ||
| + | |||
| + | A Behavior-to-Brain Map (2006) | ||
| + | Tinnirella, Matt Tagamets, Malle A. Weems, Scott Contreras-Vidal, Jose Reggia, James A. | ||
| + | Development and study of large-scale computational models of the human brain, and their use to s | ||
| + | imulate cognitive functions, is becoming increasingly... | ||
| + | |||
| + | Integrating Knowledge-Based and Case-Based Reasoning (2006) | ||
| + | Chabuk, Timur Seifter, Mark Salasin, John Reggia, James | ||
| + | There has been substantial recent interest in integrating knowledge based reasoning (KBR) and ca | ||
| + | se-based reasoning (CBR) within a single system due... | ||
| + | |||
| + | Integrating Knowledge-Based and Case-Based Reasoning (2006) | ||
| + | Chabuk, Timur Seifter, Mark Salasin, John Reggia, James | ||
| + | There has been substantial recent interest in integrating knowledge based reasoning (KBR) and ca | ||
| + | se-based reasoning (CBR) within a single system due... | ||
| + | |||
| + | An External Tabletop Environment for an Interactive Brain Model (2007) | ||
| + | Monner, Derek Reggia, James | ||
| + | As an important step towards creating a biologically-inspired model of language learning in the | ||
| + | human brain, we have created an external environment... | ||
| + | |||
| + | An External Tabletop Environment for an Interactive Brain Model (2007) | ||
| + | Monner, Derek Reggia, James | ||
| + | As an important step towards creating a biologically-inspired model of language learning in the human brain, we have created an external environment... | ||
| + | |||
| + | One-Shot Multi-Winner Self-Organizing Maps (2004) | ||
| + | Schulz, Reiner | ||
| + | There exist two different approaches to self-organizing maps (SOMs). One approach, rooted in the | ||
| + | oretical neuroscience, uses SOMs as computational... | ||
| + | |||
| + | One-Shot Multi-Winner Self-Organizing Maps (2004) | ||
| + | Schulz, Reiner | ||
| + | There exist two different approaches to self-organizing maps (SOMs). One approach, rooted in the | ||
| + | oretical neuroscience, uses SOMs as computational... | ||
| + | |||
| + | PROPERTIES OF SELF-REPLICATING CELLULAR AUTOMATA SYSTEMS DISCOVERED USING GENETIC PROGRAMMING | ||
| + | ZHIJIAN PAN JAMES REGGIA DONGHONG GAO | ||
| + | We recently formulated an approach to representing structures in cellular automata (CA) spaces, | ||
| + | and the rules that govern cell state changes, that is... | ||
| + | |||
| + | AMSC663 Progress Report: Using Swarm Intelligence to Generate Artificial Neural Networks (2005) | ||
| + | Charles E. Martin Dr. James A. Reggia | ||
| + | In this project we will develop software that utilizes aspects of biologically inspired computin | ||
| + | g as a nontraditional approach to the generation and... | ||
| + | |||
| + | Collective-Movement Teams for Cooperative Problem Solving (2004) | ||
| + | Ro Rodríguez James A. Reggia | ||
| + | Self-organizing particle systems ("swarms”) consist of numerous autonomous, re-flexive agents (" | ||
| + | particles”) whose collective movements through... | ||
| + | |||
| + | Corresponding author: (2004) | ||
| + | Scott A. Weems James A. Reggia Scott Weems Ph. D | ||
| + | Draft copy - not for dissemination 2 Two findings serve as the hallmark for hemispheric speciali | ||
| + | zation during lateralized lexical decision. First is... | ||
| + | |||
| + | METHODOLOGY The Trend Cellular Automata Programming Environment (2002) | ||
| + | Hui-hsien Chou Wei Huang James A. Reggia Hui-hsien Chou Wei Huang James A. Reggia | ||
| + | On behalf of: | ||
| + | |||
| + | A Model of Lateralization and Asymmetries in Cortical Maps (2000) | ||
| + | Svetlana Levitan Ioana Stoica James A. Reggia | ||
| + | Cortical sensory maps in mammalian brain exhibit various kinds of asymmetry and lateralization, | ||
| + | the causes and mechanisms of which are not well... | ||
| + | |||
| + | Computational models for the formation of protocell structures (1998) | ||
| + | Linglan Edwards Yun Peng James A. Reggia | ||
| + | There have been various attempts to simulate the self-assembly process of lipid aggregates by co | ||
| + | mput-ers. However, due to the computationally complex... | ||
| + | |||
| + | Computational Studies of Lateralization of Phoneme Sequence Generation (1998) | ||
| + | James A. Reggia Sharon Goodall Yuri Shkuro | ||
| + | : The mechanisms underlying cerebral lateralization of language are poorly understood. Asymmetri | ||
| + | es in the size of hemispheric regions and other... | ||
| + | |||
| + | Spreading depression in focal ischemia: A computational study (1997) | ||
| + | Kenneth Revett James A. Reggia Attn Dr Stephen G. Lisberger Dr. James A. Reggia | ||
| + | |||
| + | Automatic Discovery of Self-Replicating Structures in Cellular Automata (1997) | ||
| + | Jason D. Lohn James A. Reggia | ||
| + | Previous computational models of self-replication using cellular automata have been manually des | ||
| + | igned, a difficult and time-consuming process. We... | ||
| + | |||
| + | Pathogenesis of schizophrenic delusions and hallucinations: a neural model (1996) | ||
| + | James A. Reggia David Horn Phd | ||
| + | We implement and study a computational model of Stevens ' [1992] theory of the pathogenesis of s | ||
| + | chizophrenia. This theory hypothesizes that the... | ||
| + | |||
| + | Pathogenesis of Schizophrenic Delusions and Hallucinations: A Neural Model (1996) | ||
| + | Ruppin, Eytan Reggia, James A. Horn, David | ||
| + | We implement and study a computational model of Stevens' theory of the pathogenesis of schizophr | ||
| + | enia. This theory hypothesizes that the onset of... | ||
| + | |||
| + | Effects of Varying Parameters on Properties of Self-Organizing Feature Maps (1996) | ||
| + | Sungzoon Cho Min Jang James A. Reggia | ||
| + | The behavior of self-organizing feature maps is critically dependent on parameters such as later | ||
| + | al connection radius, lateral inhibition intensity,... | ||
| + | |||
| + | A neural model of memory impairment in diffuse cerebral atrophy (1995) | ||
| + | James A. Reggia | ||
| + | Background: Several previous computer-supported neural network models have been subjected to dif | ||
| + | fuse, progressive deletion of synapses/neurons. The... | ||
| + | |||
| + | Discovery of Self-Replicating Structures Using A Genetic Algorithm (1995) | ||
| + | Jason D. Lohn James A. Reggia | ||
| + | Previous computational models of self-replication in cellular spaces have been manually designed | ||
| + | , a very difficult and time-consuming process. This... | ||
| + | |||
| + | Nonmonotonic Activation Functions in Multilayer Perceptrons (1993) | ||
| + | Multilayer Perceptrons James A. Reggia Gary William Flake Gary William Flake | ||
| + | directed by: Professor Yee-Chun Lee Professor James A. Reggia Department of Computer Science Mul | ||
| + | tilayer perceptrons (MLPs) and radial basis... | ||
| + | |||
| + | Artificial Evolution of Arbitrary Self-Replicating Cellular Automata (2007) | ||
| + | Pan, Zhijian | ||
| + | Since John von Neumann's seminal work on developing cellular automata models of self-replication, there have been numerous computational studies that... | ||
| + | |||
| + | Intelligence, 3:129--144, 1991. (2007) | ||
| + | Siddarth Subramanian Brain Sciences Robert W. Wilensky Underst Robert W. Wilensky Planning | ||
| + | [73] Stanley Tuhrim, James Reggia, and Sharon Goodall. An experimental study of criteria | ||
| + | |||
| + | The Influence of Collective Working Memory Strategies on Agent Teams (2007) | ||
| + | Winder, Ransom Kershaw | ||
| + | Past self-organizing models of collectively moving "particles" (simulated bird flocks, fish scho | ||
| + | ols, etc.) typically have been based on purely... | ||
| + | |||
| + | The Trend cellular automata programming environment for artificial life, parallel computing, and | ||
| + | ... (2007) | ||
| + | Hui-hsien Chou Ý Weihuang Ý James A. Reggia Þ | ||
| + | |||
| + | Pathogenic Mechanisms in Ischemic Damage: A Computational Study (2007) | ||
| + | Elad Ofer James A. Reggia Kenneth Revett Sharon Goodall | ||
| + | This paper presents a computational study of the pathogenesis of ischemic tissue damage during a | ||
| + | cute stroke. Two prime pathogenic mechanisms,... | ||
| + | |||
| + | Departments of Computer Science and Neurology (2007) | ||
| + | James A. Reggia | ||
| + | Current understanding of the effects of damage on neural networks is rudimentary, even though such understanding could lead to important insights... | ||
| + | |||
| + | 1. COLLECTIVE PROBLEM SOLVING BY SWARMING AGENTS (2008) | ||
| + | Ro Rodríguez James A. Reggia | ||
| + | The aggregate movement of animals has inspired computational models that have proven useful for | ||
| + | controlling navigation in teams of mobile agents.... | ||
| + | | | ||
Books=| | Books=| | ||
AdditionalMedia=| | AdditionalMedia=| | ||
Sources= | Sources= | ||
}} | }} | ||
Revision as of 16:59, 2 February 2012
Name: James A. Reggia, MD, PhD
Elected ACMI Fellow: 1984
Birthdate:
Degrees:
Current Position:
Current email:
Professional Affiliations:
Professional Activities:
Honors and Awards:
Other Works:
Other Information:
Curriculum Vitae:
Selected Publications:
Knowledge-based decision support systems :--development through KMS /--by James Allen Reggia. (1
981)
Reggia, James A.
Vita. Thesis (Ph. D.)--University of Maryland, 1981. Bibliography: leaves 216-223.
Exploration of Neural Process and Language Performance (1998)
Reggia, James A.
Under this ROPO grant, Dr. Reggia provided a unique opportunity to participate with his graduate
team who are studying various aspects of recovery of...
Real-Time Distributed Algorithms for Visual and Battlefield Reasoning (2006)
Subrahmanian, V. S. Davis, Larry Reggia, James Basili, Victor Aloimonos, John
Information is key to the success of the next generation battlefield. There is a critical need t
o determine, in real-time, what the enemy is doing,...
Development of a Large-Scale Integrated Neurocognitive Architecture Part 1: Conceptual Framework
(2006)
Reggia, James A. Tagamets, Malle Contreras-Vidal, Jose Weems, Scott Jacobs, David Winder, Ransom
Chabuk, Timur
The idea of creating a general purpose machine intelligence that captures many of the features o
f human cognition goes back at least to the earliest...
Development of a Large-Scale Integrated Neurocognitive Architecture Part 1: Conceptual Framework (2006)
Reggia, James A. Tagamets, Malle Contreras-Vidal, Jose Weems, Scott Jacobs, David Winder, Ransom
Chabuk, Timur
The idea of creating a general purpose machine intelligence that captures many of the features o
f human cognition goes back at least to the earliest...
Measuring Organization and Asymmetry in Bihemispheric Topographic Maps (1996)
Alvarez, Sergio A. Levitan, Svetlana Reggia, James A.
We address the problem of measuring the degree of hemispheric organization and asymmetry of orga
nization in a computational model of a bihemispheric...
Measuring Organization and Asymmetry in Bihemispheric Topographic Maps (1996)
Alvarez, Sergio A. Levitan, Svetlana Reggia, James A.
We address the problem of measuring the degree of hemispheric organization and asymmetry of orga
nization in a computational model of a bihemispheric...
SWARM INTELLIGENCE SYSTEMS USING GUIDED SELF-ORGANIZATION FOR COLLECTIVE PROBLEM SOLVING
ALEJANDRO RODRÃGUEZ ALEXANDER GRUSHIN JAMES A. REGGIA
Drawing inspiration from social interactions in nature, the field of swarm intelligence has pres
ented a promising approach to the design of complex...
A SIMULATION ENVIRONMENT FOR EVOLVING MULTIAGENT COMMUNICATION (2000)
Reggia, James A. Schultz, Reiner Uriagereka, Juan Wilkinson, Jerry
A simulation environment has been created to support study of emergent communication. Multiple a
gents exist in a two-dimensional world where they...
A SIMULATION ENVIRONMENT FOR EVOLVING MULTIAGENT COMMUNICATION (2000)
Reggia, James A. Schultz, Reiner Uriagereka, Juan Wilkinson, Jerry
A simulation environment has been created to support study of emergent communication. Multiple a
gents exist in a two-dimensional world where they...
Guided Self-Organizing Particle Systems for Basic Problem Solving (2007)
Rodriguez, Alejandro
In recent years researchers have shown increasing interest in swarm intelligence as a promising
approach to adaptive distributed problem solving....
Guided Self-Organizing Particle Systems for Basic Problem Solving (2007)
Rodriguez, Alejandro
In recent years researchers have shown increasing interest in swarm intelligence as a promising
approach to adaptive distributed problem solving....
A Behavior-to-Brain Map (2006)
Tinnirella, Matt Tagamets, Malle A. Weems, Scott Contreras-Vidal, Jose Reggia, James A.
Development and study of large-scale computational models of the human brain, and their use to s
imulate cognitive functions, is becoming increasingly...
A Behavior-to-Brain Map (2006)
Tinnirella, Matt Tagamets, Malle A. Weems, Scott Contreras-Vidal, Jose Reggia, James A.
Development and study of large-scale computational models of the human brain, and their use to s
imulate cognitive functions, is becoming increasingly...
Integrating Knowledge-Based and Case-Based Reasoning (2006)
Chabuk, Timur Seifter, Mark Salasin, John Reggia, James
There has been substantial recent interest in integrating knowledge based reasoning (KBR) and ca
se-based reasoning (CBR) within a single system due...
Integrating Knowledge-Based and Case-Based Reasoning (2006)
Chabuk, Timur Seifter, Mark Salasin, John Reggia, James
There has been substantial recent interest in integrating knowledge based reasoning (KBR) and ca
se-based reasoning (CBR) within a single system due...
An External Tabletop Environment for an Interactive Brain Model (2007)
Monner, Derek Reggia, James
As an important step towards creating a biologically-inspired model of language learning in the
human brain, we have created an external environment...
An External Tabletop Environment for an Interactive Brain Model (2007)
Monner, Derek Reggia, James
As an important step towards creating a biologically-inspired model of language learning in the human brain, we have created an external environment...
One-Shot Multi-Winner Self-Organizing Maps (2004)
Schulz, Reiner
There exist two different approaches to self-organizing maps (SOMs). One approach, rooted in the
oretical neuroscience, uses SOMs as computational...
One-Shot Multi-Winner Self-Organizing Maps (2004)
Schulz, Reiner
There exist two different approaches to self-organizing maps (SOMs). One approach, rooted in the
oretical neuroscience, uses SOMs as computational...
PROPERTIES OF SELF-REPLICATING CELLULAR AUTOMATA SYSTEMS DISCOVERED USING GENETIC PROGRAMMING
ZHIJIAN PAN JAMES REGGIA DONGHONG GAO
We recently formulated an approach to representing structures in cellular automata (CA) spaces,
and the rules that govern cell state changes, that is...
AMSC663 Progress Report: Using Swarm Intelligence to Generate Artificial Neural Networks (2005)
Charles E. Martin Dr. James A. Reggia
In this project we will develop software that utilizes aspects of biologically inspired computin
g as a nontraditional approach to the generation and...
Collective-Movement Teams for Cooperative Problem Solving (2004)
Ro Rodríguez James A. Reggia
Self-organizing particle systems ("swarms”) consist of numerous autonomous, re-flexive agents ("
particles”) whose collective movements through...
Corresponding author: (2004)
Scott A. Weems James A. Reggia Scott Weems Ph. D
Draft copy - not for dissemination 2 Two findings serve as the hallmark for hemispheric speciali
zation during lateralized lexical decision. First is...
METHODOLOGY The Trend Cellular Automata Programming Environment (2002)
Hui-hsien Chou Wei Huang James A. Reggia Hui-hsien Chou Wei Huang James A. Reggia
On behalf of:
A Model of Lateralization and Asymmetries in Cortical Maps (2000)
Svetlana Levitan Ioana Stoica James A. Reggia
Cortical sensory maps in mammalian brain exhibit various kinds of asymmetry and lateralization,
the causes and mechanisms of which are not well...
Computational models for the formation of protocell structures (1998)
Linglan Edwards Yun Peng James A. Reggia
There have been various attempts to simulate the self-assembly process of lipid aggregates by co
mput-ers. However, due to the computationally complex...
Computational Studies of Lateralization of Phoneme Sequence Generation (1998)
James A. Reggia Sharon Goodall Yuri Shkuro
: The mechanisms underlying cerebral lateralization of language are poorly understood. Asymmetri
es in the size of hemispheric regions and other...
Spreading depression in focal ischemia: A computational study (1997)
Kenneth Revett James A. Reggia Attn Dr Stephen G. Lisberger Dr. James A. Reggia
Automatic Discovery of Self-Replicating Structures in Cellular Automata (1997)
Jason D. Lohn James A. Reggia
Previous computational models of self-replication using cellular automata have been manually des
igned, a difficult and time-consuming process. We...
Pathogenesis of schizophrenic delusions and hallucinations: a neural model (1996)
James A. Reggia David Horn Phd
We implement and study a computational model of Stevens ' [1992] theory of the pathogenesis of s
chizophrenia. This theory hypothesizes that the...
Pathogenesis of Schizophrenic Delusions and Hallucinations: A Neural Model (1996)
Ruppin, Eytan Reggia, James A. Horn, David
We implement and study a computational model of Stevens' theory of the pathogenesis of schizophr
enia. This theory hypothesizes that the onset of...
Effects of Varying Parameters on Properties of Self-Organizing Feature Maps (1996)
Sungzoon Cho Min Jang James A. Reggia
The behavior of self-organizing feature maps is critically dependent on parameters such as later
al connection radius, lateral inhibition intensity,...
A neural model of memory impairment in diffuse cerebral atrophy (1995)
James A. Reggia
Background: Several previous computer-supported neural network models have been subjected to dif
fuse, progressive deletion of synapses/neurons. The...
Discovery of Self-Replicating Structures Using A Genetic Algorithm (1995)
Jason D. Lohn James A. Reggia
Previous computational models of self-replication in cellular spaces have been manually designed
, a very difficult and time-consuming process. This...
Nonmonotonic Activation Functions in Multilayer Perceptrons (1993)
Multilayer Perceptrons James A. Reggia Gary William Flake Gary William Flake
directed by: Professor Yee-Chun Lee Professor James A. Reggia Department of Computer Science Mul
tilayer perceptrons (MLPs) and radial basis...
Artificial Evolution of Arbitrary Self-Replicating Cellular Automata (2007)
Pan, Zhijian
Since John von Neumann's seminal work on developing cellular automata models of self-replication, there have been numerous computational studies that...
Intelligence, 3:129--144, 1991. (2007)
Siddarth Subramanian Brain Sciences Robert W. Wilensky Underst Robert W. Wilensky Planning
[73] Stanley Tuhrim, James Reggia, and Sharon Goodall. An experimental study of criteria
The Influence of Collective Working Memory Strategies on Agent Teams (2007)
Winder, Ransom Kershaw
Past self-organizing models of collectively moving "particles" (simulated bird flocks, fish scho
ols, etc.) typically have been based on purely...
The Trend cellular automata programming environment for artificial life, parallel computing, and
... (2007)
Hui-hsien Chou Ý Weihuang Ý James A. Reggia Þ
Pathogenic Mechanisms in Ischemic Damage: A Computational Study (2007)
Elad Ofer James A. Reggia Kenneth Revett Sharon Goodall
This paper presents a computational study of the pathogenesis of ischemic tissue damage during a
cute stroke. Two prime pathogenic mechanisms,...
Departments of Computer Science and Neurology (2007)
James A. Reggia
Current understanding of the effects of damage on neural networks is rudimentary, even though such understanding could lead to important insights...
1. COLLECTIVE PROBLEM SOLVING BY SWARMING AGENTS (2008)
Ro Rodríguez James A. Reggia
The aggregate movement of animals has inspired computational models that have proven useful for
controlling navigation in teams of mobile agents....
Books
Additional Media:
Sources:
