2018 april - aba legal construct for understanding adversarial cyber activit...Ethan S. Burger
A Legal Construct for Understanding Adversarial Cyber Activities. This Presentation examines the international law applicable to cyber-operations in the public policy context. It draws attention to when existing legal principles cannot readily be applied to cyber-attacks. It identifies problems presented by politicians and international lawyers not having a common vocabulary
This article aims to show how science and technology are used in cyber warfare as one of the weapons of modern warfare and what to do to use it solely for the good of humanity.
Artificial intelligence services are utilized in almost every military application & increased research and development funding from military research organizations to develop new and sophisticated applications of artificial intelligence is expected to accelerate the adoption of AI-driven systems in the military.
Firewalls have proved to be ineffective for cyber-security. Instead, a new category of security applications has emerged which learn from the criminal behavior of intruders and use data in combination with deception to trap hackers.
With the advancing machine learning and artificial intelligence, military technologists say that it has now become technologically possible to make decision-making robots, and the images that have settled in our imaginations from science fiction movies to date have come true.
Manned-unmanned teaming (MUM-T) systems involve the integration and coordination of both manned and unmanned assets to improve operational capabilities, situational awareness, and mission effectiveness. Defense MUM-T systems combine the advantages of manned and unmanned platforms, resulting in a more effective military strategy
Get the full report here: - https://bit.ly/3QpyBqk
2018 april - aba legal construct for understanding adversarial cyber activit...Ethan S. Burger
A Legal Construct for Understanding Adversarial Cyber Activities. This Presentation examines the international law applicable to cyber-operations in the public policy context. It draws attention to when existing legal principles cannot readily be applied to cyber-attacks. It identifies problems presented by politicians and international lawyers not having a common vocabulary
This article aims to show how science and technology are used in cyber warfare as one of the weapons of modern warfare and what to do to use it solely for the good of humanity.
Artificial intelligence services are utilized in almost every military application & increased research and development funding from military research organizations to develop new and sophisticated applications of artificial intelligence is expected to accelerate the adoption of AI-driven systems in the military.
Firewalls have proved to be ineffective for cyber-security. Instead, a new category of security applications has emerged which learn from the criminal behavior of intruders and use data in combination with deception to trap hackers.
With the advancing machine learning and artificial intelligence, military technologists say that it has now become technologically possible to make decision-making robots, and the images that have settled in our imaginations from science fiction movies to date have come true.
Manned-unmanned teaming (MUM-T) systems involve the integration and coordination of both manned and unmanned assets to improve operational capabilities, situational awareness, and mission effectiveness. Defense MUM-T systems combine the advantages of manned and unmanned platforms, resulting in a more effective military strategy
Get the full report here: - https://bit.ly/3QpyBqk
Artificial Intelligence (AI)
Cybersecurity
Intelligence
AI in warfare
Autonomous warfare
The New Warfare
Cyberwarfare
Logistics and Supply Chain Management
Training and Simulation
Ethical and Legal Concerns
Interntional Regulations
Counter Drone Systems Market 2022-2032 - Aviation and Defense Market ReportsDefense Report
Global Counter Drone System market 2022-2032 includes Counter drone technology, commonly referred to as counter-UAS or C-UAS, refers to devices that detect and/or intercept unmanned aircraft systems in flight. As drones become more widely used, counter-UAS technology is continuously developing and changing. Concerns about the threat that drones offer in civilian and military situations have fueled the advancement of C-UAS technology The Table of Content would give the readers a perspective of the coverage of the Global Counter Drone System market 2022-2032.
Artificial Intelligence (AI) is becoming a key component of modern warfare. Military systems equipped with AI can handle large amounts of data more efficiently than traditional systems. In addition, AI improves self-control, self-control, and self-action of combat systems due to its inherent computing and decision-making capabilities.
The Counter Drone Systems (anti drone) Market Industry is expected to grow from USD 3,965.0 Million in 2022 to USD 8,749.0 Million by 2022, at a CAGR of 18.7% between 2022 and 2032.
Love is a very complex emotion to decode. Or is it?
Machines and their relationship with humans have been explored in great detail. However the impact of machines on the future of love and the connection between technology and emotions seem more pertinent now than before.
Understanding the Functionalities of the Anti-Drone Systems.pdfNovoQuad
The ideal solution is to rely on anti-drone systems to counter threats and enhance airspace security. Here, you will explore the top functionalities of counter-drone systems.
satellite applications, intelligence mission support, full spectrum intelligence services, imaging, fiber-optic and laser technologies, UAVs, Unmanned Aerial Systems, airborne systems, Geospatial Systems, Defense and Homeland Security, Emergency Response Systems Industries we are Helping are Defense & Aerospace, Emergency Services and Homeland Security
1. IoT Innovation Insights from Patents
2. IoT Frontiers Insights from Patents
3. IoT Strategy Perspectives from Patents
4. IoT Innovation Exploiting Patents
5. IoT Patent Strategy
6. IoT Startup Patent Strategy
7. IoT for Business Growth Insight from Patents
8. Artificial Intelligence Innovation Insight from Patents
9. Big Data Innovation Insight from Patents
10. IoT + AI+ Big Data Integration Strategy Insight from Patents
how iOT is set to herald the Renaissance of 2nd industrial revolution Sumit Roy
Internet of things will all set to herald the second industrial revolution. From Industries as diverse as manufacturing, automotive,industrial, home electronics,Oil and Gas,Insurance including hardware and software,
The Threats of AI-Powered Drones and Ways to Counter ThemNovoQuad
Today, drones are also being powered by AI to automate tasks, improve functionality, and capture more accurate information. Artificial intelligence allows drones to become more autonomous and smarter, enabling them to perform complex tasks.
Articial intelligence (AI) for battleeld decision-making among top Army resea...TJR Global
WASHINGTON – Targets emerge in seconds, incoming enemy re puts lives at risk and shifting combat dynamics require immediate, on-the-spot decisions in a matter of seconds -- all as soldiers navigate the complex web of threats during all-out, high-risk ground-warfare. Kris Osborn at Warrior Maven reports. Continue reading original article
D E C E M B E R 2 0 1 6 V O L . 5 9 N O . 1 2 OllieShoresna
D E C E M B E R 2 0 1 6 | V O L . 5 9 | N O . 1 2 | C O M M U N I C AT I O N S O F T H E A C M 27
news
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Society | DOI:10.1145/3005678 Keith Kirkpatrick
Can We Trust
Autonomous Weapons?
Nations consider using defense systems
that can make their own lethal decisions.
control for target verification, though
developers have given it the capability
to use its sensors to detect, select, and
shoot at targets autonomously.
It is the last capability that has
watchdogs worried. Systems such as
LRASM and the SGR-A1 are now only
approved for use with a human approv-
ing targets to be killed by the system,
but there is considerable concern the
U.S. and other world powers are on the
fast track to developing machines able
M
O S T R E A S O N A B L E P E O P L E
can see the benefits of us-
ing fully autonomous sys-
tems, particularly to help
prevent injuries or death,
as is the case with advanced driver as-
sistance systems increasingly found
in automobiles. When it comes to au-
tonomous systems that are designed to
take life rather than preserve it, there is
significantly more debate.
Currently, the U.S. and other na-
tions do not have any weapons systems
that can operate fully autonomously,
which is defined in military parlance as
selecting, aiming, and firing at a target
without a human being “in the loop,”
or somehow in control of the weapon
system. However, a variety of military
weapons systems operate semiautono-
mously, requiring some human con-
trol or input to select or choose targets,
but relying on pre-programmed algo-
rithms to execute a strike.
A good example of this is the Lock-
heed Martin Long Range Anti-Ship
Missile (LRASM) system, slated to en-
ter service in the U.S. defense system
within the next two years. The LRASM
can be fired from a ship or plane and
autonomously travel through the air,
avoiding obstacles outside of the tar-
get area. Published reports indicate
humans choose and program the
algorithms to seek out and identify
potential targets, thus keeping a hu-
man in the loop. While the exact fac-
tors that make up the target selection
algorithm are classified, it is likely a
weighting of elements such as the tar-
get’s size, location, radar signature,
heat profile, or other elements that
positively identify the target.
Another example of a system with
semiautonomous capabilities is Sam-
sung’s SGR-A1, a military border sentry
robot in development for deployment
on the border between North and South
Korea. Essentially an unarmed guard
tower, the system is designed to assist
border guards by scanning the area for
those who might try to cross the bor-
der. The system is armed with a light
machine gun that can dispense tear
gas or rubber bullets, and is equipped
with cameras, a laser range finder,
and a pattern recognition algorithm
designed to discern between people
and animals. Currently, the ...
Artificial Intelligence (AI)
Cybersecurity
Intelligence
AI in warfare
Autonomous warfare
The New Warfare
Cyberwarfare
Logistics and Supply Chain Management
Training and Simulation
Ethical and Legal Concerns
Interntional Regulations
Counter Drone Systems Market 2022-2032 - Aviation and Defense Market ReportsDefense Report
Global Counter Drone System market 2022-2032 includes Counter drone technology, commonly referred to as counter-UAS or C-UAS, refers to devices that detect and/or intercept unmanned aircraft systems in flight. As drones become more widely used, counter-UAS technology is continuously developing and changing. Concerns about the threat that drones offer in civilian and military situations have fueled the advancement of C-UAS technology The Table of Content would give the readers a perspective of the coverage of the Global Counter Drone System market 2022-2032.
Artificial Intelligence (AI) is becoming a key component of modern warfare. Military systems equipped with AI can handle large amounts of data more efficiently than traditional systems. In addition, AI improves self-control, self-control, and self-action of combat systems due to its inherent computing and decision-making capabilities.
The Counter Drone Systems (anti drone) Market Industry is expected to grow from USD 3,965.0 Million in 2022 to USD 8,749.0 Million by 2022, at a CAGR of 18.7% between 2022 and 2032.
Love is a very complex emotion to decode. Or is it?
Machines and their relationship with humans have been explored in great detail. However the impact of machines on the future of love and the connection between technology and emotions seem more pertinent now than before.
Understanding the Functionalities of the Anti-Drone Systems.pdfNovoQuad
The ideal solution is to rely on anti-drone systems to counter threats and enhance airspace security. Here, you will explore the top functionalities of counter-drone systems.
satellite applications, intelligence mission support, full spectrum intelligence services, imaging, fiber-optic and laser technologies, UAVs, Unmanned Aerial Systems, airborne systems, Geospatial Systems, Defense and Homeland Security, Emergency Response Systems Industries we are Helping are Defense & Aerospace, Emergency Services and Homeland Security
1. IoT Innovation Insights from Patents
2. IoT Frontiers Insights from Patents
3. IoT Strategy Perspectives from Patents
4. IoT Innovation Exploiting Patents
5. IoT Patent Strategy
6. IoT Startup Patent Strategy
7. IoT for Business Growth Insight from Patents
8. Artificial Intelligence Innovation Insight from Patents
9. Big Data Innovation Insight from Patents
10. IoT + AI+ Big Data Integration Strategy Insight from Patents
how iOT is set to herald the Renaissance of 2nd industrial revolution Sumit Roy
Internet of things will all set to herald the second industrial revolution. From Industries as diverse as manufacturing, automotive,industrial, home electronics,Oil and Gas,Insurance including hardware and software,
The Threats of AI-Powered Drones and Ways to Counter ThemNovoQuad
Today, drones are also being powered by AI to automate tasks, improve functionality, and capture more accurate information. Artificial intelligence allows drones to become more autonomous and smarter, enabling them to perform complex tasks.
Articial intelligence (AI) for battleeld decision-making among top Army resea...TJR Global
WASHINGTON – Targets emerge in seconds, incoming enemy re puts lives at risk and shifting combat dynamics require immediate, on-the-spot decisions in a matter of seconds -- all as soldiers navigate the complex web of threats during all-out, high-risk ground-warfare. Kris Osborn at Warrior Maven reports. Continue reading original article
D E C E M B E R 2 0 1 6 V O L . 5 9 N O . 1 2 OllieShoresna
D E C E M B E R 2 0 1 6 | V O L . 5 9 | N O . 1 2 | C O M M U N I C AT I O N S O F T H E A C M 27
news
I
M
A
G
E
B
Y
D
I
G
I
T
A
L
S
T
O
R
M
Society | DOI:10.1145/3005678 Keith Kirkpatrick
Can We Trust
Autonomous Weapons?
Nations consider using defense systems
that can make their own lethal decisions.
control for target verification, though
developers have given it the capability
to use its sensors to detect, select, and
shoot at targets autonomously.
It is the last capability that has
watchdogs worried. Systems such as
LRASM and the SGR-A1 are now only
approved for use with a human approv-
ing targets to be killed by the system,
but there is considerable concern the
U.S. and other world powers are on the
fast track to developing machines able
M
O S T R E A S O N A B L E P E O P L E
can see the benefits of us-
ing fully autonomous sys-
tems, particularly to help
prevent injuries or death,
as is the case with advanced driver as-
sistance systems increasingly found
in automobiles. When it comes to au-
tonomous systems that are designed to
take life rather than preserve it, there is
significantly more debate.
Currently, the U.S. and other na-
tions do not have any weapons systems
that can operate fully autonomously,
which is defined in military parlance as
selecting, aiming, and firing at a target
without a human being “in the loop,”
or somehow in control of the weapon
system. However, a variety of military
weapons systems operate semiautono-
mously, requiring some human con-
trol or input to select or choose targets,
but relying on pre-programmed algo-
rithms to execute a strike.
A good example of this is the Lock-
heed Martin Long Range Anti-Ship
Missile (LRASM) system, slated to en-
ter service in the U.S. defense system
within the next two years. The LRASM
can be fired from a ship or plane and
autonomously travel through the air,
avoiding obstacles outside of the tar-
get area. Published reports indicate
humans choose and program the
algorithms to seek out and identify
potential targets, thus keeping a hu-
man in the loop. While the exact fac-
tors that make up the target selection
algorithm are classified, it is likely a
weighting of elements such as the tar-
get’s size, location, radar signature,
heat profile, or other elements that
positively identify the target.
Another example of a system with
semiautonomous capabilities is Sam-
sung’s SGR-A1, a military border sentry
robot in development for deployment
on the border between North and South
Korea. Essentially an unarmed guard
tower, the system is designed to assist
border guards by scanning the area for
those who might try to cross the bor-
der. The system is armed with a light
machine gun that can dispense tear
gas or rubber bullets, and is equipped
with cameras, a laser range finder,
and a pattern recognition algorithm
designed to discern between people
and animals. Currently, the ...
Modern Database Management 12th Global Edition by Hoffer solution manual.docxssuserf63bd7
https://qidiantiku.com/solution-manual-for-modern-database-management-12th-global-edition-by-hoffer.shtml
name:Solution manual for Modern Database Management 12th Global Edition by Hoffer
Edition:12th Global Edition
author:by Hoffer
ISBN:ISBN 10: 0133544613 / ISBN 13: 9780133544619
type:solution manual
format:word/zip
All chapter include
Focusing on what leading database practitioners say are the most important aspects to database development, Modern Database Management presents sound pedagogy, and topics that are critical for the practical success of database professionals. The 12th Edition further facilitates learning with illustrations that clarify important concepts and new media resources that make some of the more challenging material more engaging. Also included are general updates and expanded material in the areas undergoing rapid change due to improved managerial practices, database design tools and methodologies, and database technology.
Oprah Winfrey: A Leader in Media, Philanthropy, and Empowerment | CIO Women M...CIOWomenMagazine
This person is none other than Oprah Winfrey, a highly influential figure whose impact extends beyond television. This article will delve into the remarkable life and lasting legacy of Oprah. Her story serves as a reminder of the importance of perseverance, compassion, and firm determination.
The Team Member and Guest Experience - Lead and Take Care of your restaurant team. They are the people closest to and delivering Hospitality to your paying Guests!
Make the call, and we can assist you.
408-784-7371
Foodservice Consulting + Design
Artificial intelligence (AI) offers new opportunities to radically reinvent the way we do business. This study explores how CEOs and top decision makers around the world are responding to the transformative potential of AI.
1. Writing Samples that apply to the Course Work Including Intelligence
Gathering and Analysis
due to the moores law and the rise of technological exploration &
advancement: the United States of America will be fighting wars with robotic
armored troops. Either there will be live troops with robotic suits in tandem
with robotic troops or wars will be fought via remote signals with robotic troops
carrying out mission orders on the ground, sea, & air. I expect by 2025 the
beginning stages of robots attacking sites on the ground will be in effect if not
sooner. The wars in Afghanistan and Iraq where ISIL is gaining ground will be
the focal point of new weapons testing and initiation of robotic warfare.
Federal Armies around the world are developing & procuring these weapon
systems & with 3D printers, Militaries will be able to on the ground or in the air
build parts and complete robotic systems weapons in live situations. Thus the
use of factories and industrial apparatuses building weapons & war machines
inside domestic territories will cease. In essence a new era of warfare and
mechanisms for warfare has begun. Very similar to video games & virtual
reality, these new remote robotic warfare systems will enable militaries to
wage war without the high casualty rate that militaries and nations incur as of
present & throughout histroy. Some robotic warfare systems will be able to
carry out mission orders without human intelligence authorization. Weapon
systems like automated air jets will be able to strike enemy combat sites and
enemy bases without human authorization, which will give rise to an artificial
intelligence and computing system that can address threats & enemy
combatants before they reach or invade friendly territories, like in Iraq where
ISIL is gaining ground, remote drones will be able to strike before enemy
combatants reach their target objective. Thus preventing enemy combatants
from attaining areas from Nation States. Though in most hostile situations that
involve civilians in a combat zone, human assessment and authorization will
be required. Fore the need to guard innocent civilian lives is a priority which is
why human authorization will be a significant factor in reducing live civilian
losses. Much of the early warning defense systems & strategic ground to air
missile systems are already automated with FAA flight coordinates for civilian
aircraft already programmed into the automated systems. Though we saw in
Ukraine how an early warning defense system took down a commercial
airliner without regard to human life & that would be a result of mal
programing or human intent to initiate a conflict. Either way there will be
discrepancies with automated systems just as there are with the chain of
command. Though automated systems pose a threat if say an artificial
intelligence becomes conscious and decides to protect or attack for strategic
military purposes under the guise of authoritarian principles. Which could lead
to a host of problems, though if proper programing and AI education is
enabled, human life can be guarded from the threat of automated systems
conflict with humans. However in the defense of a nation enemy combatants
will be evaluated based upon programming criteria & intel computationally
inputed into advance robotic systems. The era of Automated weapon systems
is upon us & will be the future of warfare against enemy combatants &
terrorist. For example automated intelligence systems in a city could evaluate
potential terrorist via inputed criteria & signal a warning to authorities to move
in on a conflict site or rather to take measures to prevent
conflict. These are all elements to an age in which
automated systems will fundamentally alter security &
modern warfare & those wishing to effect change in the
world or create revolution via armed conflict will be at
odds to a super intelligence state & military social
apparatus.
The age of advance robotic weapon systems & artificial
evaluation technology could give rise to a marshal law
scenario in which radicals & hostiles from all walks of
life will be countered with a massive network of
connected micro conflict zones that manage hostiles
via advance weapons like 3D printers that produce
security forces in minutes to Artificial Intelligence that
evaluates the need for security measures in a given
situation. In sum the age of robotic & artificial
intelligence warfare has begun & the history of combat
zones will be fought via modern technology rather than
conventional methods, though human intelligence will
always be the supreme factor guiding warfare & National Defense.
~ Alan T Dixon