Index
Peter Simon Sapaty
(National Academy of Sciences, Ukraine)
Complexity in International Security
ISBN: 978-1-78973-716-5, eISBN: 978-1-78973-715-8
Publication date: 8 November 2019
This content is currently only available as a PDF
Citation
Sapaty, P.S. (2019), "Index", Complexity in International Security, Emerald Publishing Limited, Leeds, pp. 153-160. https://doi.org/10.1108/978-1-78973-715-820191011
Publisher
:Emerald Publishing Limited
Copyright © 2020 Emerald Publishing Limited
INDEX
abort
, 68–69
access
, 58
Activated Rules (AR)
, 27, 32
Active self-evolving pattern
, 15
add
, 57
address
, 52
ADDRESS
, 48
advance
, 60–61
Advancement
, 60–62
Aerial scenario
, 125–126
align
, 62
all
, 44
allother
, 44
allowed
, 67–68
and
, 64
and
_
parallel
, 64
and
_
sequence
, 64
any
, 44
Any path between nodes
, 80–81
append
, 58
apply
, 58
Armed conflicts
, 11–12
Articulation points
, 88
assign
, 60
Assignment
, 60
assignpeers
, 60
asynchronous
, 45
attach
, 57
Automatic command and control
, 31–34
average
, 56–57
BACK
, 49
Backward
, 45
Battle-related deaths
, 12
belong
, 59
bigger
, 59
blind
, 68–69
branch
, 62–63
Branching
, 62–65
call
, 66
center
, 52
Center for Security Studies (CSS)
, 13
Centralized security bodies
, 132
Centres of communities
, 90–91
Changing network structures
, 88–90
choose
, 64
Climate change
, 1
Cliques
, 87–88
Collective evacuation
, 77–78
Collision avoidance
, 98–99
Command and Control (C2) network
, 94
common
, 58
Communication Processor (CP)
, 30
Complexly moving objects
, 95–97
Components of SGL interpreter
, 25
Compound constants
, 45–46
Conflicts
, 2
constant
, 52
Constants
, 18
contain
, 68
content
, 52
CONTENT
, 48
Controlling spread of conflict
, 74–76
Control Processor (COP)
, 31
coordinate
, 52
count
, 56
create
, 54–55
Creation
, 54–55
Crisis and security management
, 1–2
current
, 44
Custom constants
, 43
Cyber attacks
, 1–2
cycle
, 65
Danger pattern
, 106–109
DARPA mosaic concept
, 3, 113–115
DARPA Mosaic Warfare concept
, 3, 131–133
Data structures of the interpreter
, 25–29
Activated Rules (AR)
, 27
Environmental Variables (EV)
, 28–29
Frontal Variables (FV)
, 28
Global Variables (GV)
, 29
Grasps Identities (GI)
, 28
Grasps Queue (GQ)
, 26
Heritable Variables (HV)
, 28
Incoming Queue (IQ)
, 29
Knowledge Network (KN)
, 27
Nodal Variables (NV)
, 28
Outgoing Queue (OQ)
, 29
Suspended Grasps (SG)
, 26
Track Forest (TF)
, 27
decrement
, 58
degree
, 57
delete
, 55
direct
, 45
DIRECTION
, 50
Disaster zone
, 77–78
Distances
, 90–91
Distributed driverless platoon management
, 126–128
Distributed infrastructures
, 17, 19
Distributed mosaic simulation
DARPA mosaic concept
, 113–115
distributed driverless platoon management
, 126–128
hierarchical command and control
, 122–125
SGT-based
, 116–122
swarm against swarm aerial scenario
, 125–126
Distributed operations
, 86–90
Distributed sensor networks
, 95–97
divide
, 57
doer
, 53
DOER
, 49
done
, 23, 44
Driverless platoon management
, 126–128
Echoed space navigation
, 98–99
Echoing
, 55–59
Echoing via tracks
, 33
element
, 57
Elementary programming examples
, 70–71
emit
, 67
empty
, 59
engaged
, 45
environmental
, 52
Environmental dangers
, 10–11
Environmental variables (EV)
, 22, 28–29, 48–51
Epidemics
, 9–10
equal
, 59
Exchange
, 66–67
Execution-physical world (EPW)
, 20
executive
, 45
Executive world (EW)
, 19–20
existing
, 45
Explored features
, 131–133
fail
, 23, 44
fatal
, 23, 44
Finding strongest sub-networks
, 87–88
Finding suspects
, 73–74
first
, 56–57
firstcome
, 45
follow
, 54
forward
, 45
Forward grasping
, 32–33
free
, 68
fringe
, 62
fromto
, 57
frontal
, 52
Frontal variables (FV)
, 22, 28, 31, 47
Functional processors of the interpreter
, 29–31
Communication Processor (CP)
, 30
Control Processor (COP)
, 31
Navigation Processor (NP)
, 30
Operation Processors (OP)
, 30
Parser (P)
, 30
World Access Unit (WAU)
, 31
Future plans
, 133–134
Gestalt explaining examples
, 34
Gestalt psychology and theory
, 133
get
, 67
global
, 52
Global peace index 2017
, 12
Global security
, 1–2
Global terrorism
, 1–2
Global variables (GV)
, 22, 29, 46
Grasping
, 69
Grasps
, 45–46
Grasps identities (GI)
, 28
Grasps queue (GQ)
, 26
Grouping neighboring elements
, 116–117
heavier
, 59
heritable
, 52
Heritable variables (HV)
, 22, 28, 31
Hierarchical command and control
full scenario integration
, 124–125
networked units, initial distribution of
, 122
runtime infrastructure
, 123
swarm movement scenario
, 122
targets collection and distribution and impact
, 123–124
topologically central unit
, 123
Hierarchical merge
, 23–24
hop
, 53
hopfirst
, 53–54
hopforth
, 54
IDENTITY
, 50–51
if
, 63
Impacting danger element
, 117–122
IN
, 51
Incoming queue (IQ)
, 29
increment
, 58
index
, 52
infinite
, 44
Information
, 42–43
number
, 42–43
scenario
, 42
string
, 42
input
, 66
Internal armed conflict
, 12
International conflicts
nuclear war, probabilities of
, 105
relations complexity between countries
, 103–104
world nuclear powers and weapons distribution
, 104–105
International Criminal Law (ICL)
, 11–12
International Humanitarian Law (IHL)
, 11–12
Internationalized internal armed conflict
, 12
International Relations and Security Network (ISN)
, 13
International security
, 1–2
International security bodies and measures
, 13–14
security networks
, 13
security technologies
, 14
United Nations
, 13
International Security Networks
, 14
Interoperability ideology
, 5
Interpreter organization, SGL
components and their interactions
, 25
data structures of
, 25–29
functional processors
, 29–31
intersect
, 59
Interstate armed conflict
, 12
invert
, 58
Knowledge infrastructures
, 15–16
Knowledge network (KN)
, 27
last
, 56–57
less
, 59
lessorequal
, 59
lift
, 69
lighter
, 59
link
, 53
LINK
, 50
linkup
, 55
location
, 58–59
longer
, 59
loop
, 65
Management models and technologies
, 2–5
matter
, 52
max
, 56–57
min
, 56–57
Missile defence management
, 1–2
main stages
, 93–94
scenario
, 93–95
in SGL
, 94–95
more
, 59
moreorequal
, 59
Mosaic space
, 116
move
, 54
Movement
, 53–54
Moving objects
distributed sensor networks
, 95–97
missile defence scenario
, 93–95
refugees flow
, 99–100
space objects movement
, 97–99
Multiplex world
, 1
multiply
, 57
Multi-source coverage
, 16
name
, 52
NAME
, 48
Natural disasters
, 1–2
Navigation processor (NP)
, 30
neighbors
, 45
Network creation
, 79–80
Networked structures
articulation points
, 88
changing
, 88–90
sub-networks, or cliques
, 87–88
Networked units, distribution
, 122
Network management basics
network creation
, 79–80
path between nodes
, 80–81
routing tables (RT)
, 84–86
Shortest Path Tree (SPT)
, 82–84
Spanning Tree (ST)
, 81–82
neutral
, 45
New organizational and management models and technologies
, 2–5
nil
, 44
no
, 59
nodal
, 52
Nodal variables (NV)
, 22, 28, 32
node
, 53
nonempty
, 59
nonequal
, 59
notbelong
, 59
notintersect
, 59
Nuclear danger patterns
complex 4-node danger pattern
, 108–109
multiple nodes
, 109–112
3-node danger pattern
, 106–108
Nuclear war
, 1, 105
Nuclear weapons
, 2, 103
Number
, 42–43
number
, 52
Operation processors (OP)
, 30
or
, 63
order
, 56
Organizational models and technologies
, 2–5
Organization of SGL interpreter
components and their interactions
, 25, 26
data structures of
, 25–29
functional processors
, 29–31
or
_
parallel
, 63–64
or
_
sequence
, 63
other
, 44
OUT
, 51
Outgoing queue (OQ)
, 29
output
, 66
“Over-operability,”
, 5
parallel
, 63
Parser (P)
, 30
passed
, 44
Path between nodes
, 80–81
Pattern with multiple nodes
, 109–112
physical
, 45
Physical matter
, 43
Physical world (PW)
, 19
Platooning
, 126
Post-liberal security
, 1–2
PREDECESSOR
, 49
PREVIOUS
, 49
Probabilities of nuclear war
, 105
Qualification
, 68–69
QUALITIES
, 49
quickest
, 64
quit
, 68–69
rake
, 56
random
, 56–57
range
, 53
receive
, 67
Recursive structure
, 17–18
Refugees crises
, 11
Refugees flow
, 99–100
Relations complexity between countries
, 103–104
release
, 68
Religious conflicts
, 1–2
repeat
, 61–62
RESOURCES
, 49–50
reverse
, 57
Routing tables (RT)
, 84–86
Rules
, 19
run
, 66
Runtime infrastructure
, 123
Scenario
, 42
scenario
, 52
Security issues in concrete areas
, 9–13
armed conflicts
, 11–12
environmental dangers
, 10–11
epidemics
, 9–10
refugees crises
, 11
terrorism
, 12–13
world religious diversity
, 10
Security management
distributed sensor networks
, 95–97
missile defence scenario
, 93–95
refugees flow
, 99–100
space objects movement
, 97–99
Security networks
, 13
Security related management
disaster zone, collective evacuation from
, 77–78
finding suspects worldwide
, 73–74
spread of conflict
, 74–76
territorial conquest, distributed simulation of
, 76–77
Security technologies
, 14
seize
, 69
Self-spreading spatial intelligence
, 15
send
, 66–67
Sensor network
, 96
separate
, 57
sequence
, 63
SGL constants
, 41–46
compound constants, or grasps
, 45–46
custom constants
, 43
information
, 42–43
physical matter
, 43
special constants
, 44–45
SGL control states
, 23–24
SGL distributed interpretation
, 24–25
SGL interpreter organization
, 25–34
components and organization
, 25
data structures
, 25–29
functional processors
, 29–31
tracks-based automatic command and control
, 31–34
SGL recursive structure
, 18
SGL rules
, 51–69
advancement
, 60–62
assignment
, 60
branching
, 62–65
creation
, 54–55
echoing
, 55–59
exchange
, 66–67
grasping
, 69
movement
, 53–54
qualification
, 68–69
timing
, 67–68
transference
, 66
type
, 51–52
usage
, 52–53
verification
, 59
SGL syntax and main constructs
, 37–39
SGL variables
, 46–51
environmental variables
, 48–51
frontal variables
, 47
global variables
, 46
heritable variables
, 46–47
nodal variables
, 47–48
shift
, 54
shorter
, 59
Shortest Path Tree (SPT)
, 82–84
sleep
, 67
slide
, 61
sling
, 65
smaller
, 59
sortdown
, 57
sortup
, 57
Space navigation with collision avoidance
, 98–99
Space objects movement
, 97–99
space navigation with collision avoidance
, 98–99
virtual object copies
, 97–98
Spanning Tree (ST)
, 81–82
Spatial control, moving objects
distributed sensor networks
, 95–97
missile defence scenario
, 93–95
refugees flow
, 99–100
space objects movement
, 97–99
Spatial grasp language (SGL)
, 4
basic elements
, 18–19
constants
, 18, 41–46
control states and their hierarchical merge
, 23–24
details
, 19–24
distributed interpretation
, 24–25
elementary programming examples in
, 70–71
features
, 16–24
Gestalt psychology and theory
, 34–35
idea
, 15–16
interpreter organization
, 25–34
components and organization
, 25
data structures
, 25–29
functional processors
, 29–31
tracks-based automatic command and control
, 31–34
recursive structure
, 17–18
rules
, 19, 51–69
scenarios
, 20–21
sense and nature, rules
, 21–22
syntax and main constructs
, 37–39
top-level
, 39–41
variables
, 18–19, 22–23, 46–51
worlds
, 19–20
Spatial grasp model. See Spatial grasp language (SGL)
Spatial grasp paradigm
, 4–5
Spatial grasp technology (SGT)
, 1–2, 115
distributed mosaic simulation
collective surrounding and danger element impact
, 117–122
grouping particular type neighboring elements
, 116–117
mosaic space, networked representation of
, 116
idea
, 15–16
Special constants
, 44–45
speed
, 52
split
, 65–66
Spreading spatial patterns
, 17
state
, 56
STATE
, 50
STATUS
, 51
stay
, 69
String
, 42
string
, 52
Sub-networks
, 87–88
subtract
, 57
sum
, 56
Suspended Grasps (SG)
, 26, 32
Swarm against swarm
, 125–126
Swarming
, 113, 122–125
Swarm movement scenario
, 122
Swiss-sponsored International Security Forum (ISF)
, 13
synchronous
, 45
“System of systems” model
, 3
Technological disruption
, 1
Territorial conquest
, 76–77
Terrorism
, 12–13
thru
, 23, 44
time
, 52
TIME
, 50
Timing
, 67–68
Topologically central unit
, 123
Tracing moving objects
, 95–97
Track components
, 31–32
Track Forest (TF)
, 27
Track links
, 31
Track nodes
, 31
Tracks-based automatic command and control
components and links
, 31–32
development via tracks
, 33–34
echoing via tracks
, 33
tracks-based forward grasping
, 32–33
Tracks optimization
, 32
Transference
, 66
Type
, 51–52
TYPE
, 48
unique
, 45
unit
, 56
unite
, 57
United Nations
, 13
unlink
, 55
Unmanned
, 3, 4–5, 16–17, 113–114
UN Security Council
, 13
Usage
, 52–53
vacant
, 45
VALUE
, 50
Variables
, 18–19, 22–23, 46–51
environmental
, 48–51
frontal
, 47
global
, 46
heritable
, 46–47
nodal
, 47–48
Verification
, 59
virtual
, 45
Virtual-execution-physical world (VEPW)
, 20
Virtual-Execution World (VEW)
, 20
Virtual object copies
, 97–98
Virtual-physical world (VPW)
, 20
Virtual world (VW)
, 19
WAVE
, 4–5, 15, 133
Weapons distribution
, 104–105
WHEN
, 50
WHERE
, 49
whirl
, 65
withdraw
, 58
Word crises
, 132
Word security problems
, 131–133
World Access Unit (WAU)
, 31
World crisis
, 133
World dynamics
, 1–2
World nodes
, 32
World nuclear powers and weapons distribution
, 104–105
World religious diversity
, 10
yes
, 59
- Prelims
- Chapter 1 Introduction
- Chapter 2 Word Security Areas, Bodies and Measures
- Chapter 3 Spatial Grasp Model and Technology
- Chapter 4 Spatial Grasp Language (SGL)
- Chapter 5 Security Related Management Examples under SGT
- Chapter 6 Networked Security Related Solutions
- Chapter 7 Managing Security by Spatial Control of Moving Objects
- Chapter 8 Investigating Nuclear War Dangers under SGT
- Chapter 9 Distributed Mosaic-based Organizations
- Chapter 10 Conclusions
- References
- Index