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Algorithmic Societies, cod - Coggle Diagram
Algorithmic Societies
Ethics in CSS
Cybersecurity & Privacy
Privacy
Privacy Violation
accounts
access account
(Macnish)
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Ex.:
if we lose diary and recollect it before somebody reads it, no privacy loss seems to occur
Arguments Against
- external control over data without access leads to a conflict between internal & external power
- does automatic processing data fall under the access of data?
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Dimensions
Decisional Privacy
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Is Threatened By
State interference (laws, regulations, nudging, ...)
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Local Privacy
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Is Threatened By
Government intrusion (search warrants, SWAT teams)
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Value of Privacy
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Allowed Privacy-Violation
leads to intimacy and personal relationship
(love, friendship, cooperation etc.)
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Justice in Algorithmic Societies
applies to different domains of human (inter-)action calling for different forms of what is right (justice)
Ideals of Justice
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Relational Justice
justice stems from the relation between individuals
→ individual interactions AND institutional level
"The Good"
the positive demands - to be secured
- secure interactions among all 'on a footing of equality'
- inter-individual
- institutional
- secure that all have enough to interact as equals
→
utopian reality: ability to connect and interact as equals across the world
"The Bad"
the negative demand - to be avoided
- reduce/end oppression in its different forms
- exploitation
- marginalization
- powerlessness
- cultural imperialism
- violence
Stuctural Injustice
when social processes
- put large categories of persons under a systemic threat of domination or deprivation
- enable others to dominate/have wide range of opportunities for developing and exercising their capabilities
Types of Justice
organisation of society
political institutions
- penal law
- marriage laws
- ...
distribution & exchange
of
- goods
- rights
- entitlements
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personal conduct, justice as virtue
Justices
- distributive
- relational
- prodedural
- interactional
- retributive
- transactional
- restorative/transitional
- epistemic
- social
- intergenerational
- global
- climate
- gender
- environmental
...
- Algorithmic justice
//any context in which different viewpoints can come into conflict
Dimensions of Justice
grounds of justice
what is the basis of justice claims?
- eternal natural law
- divine command
- human equality
- common ownership of Earth
- imagined (global) social contract
site of justice
to which entities/agents do justice claims primarily apply?
- governments
- institutions
- companies
- groups
- individuals
Scope of justice
among whom do obligations of justice pertain?
- interactional
- local
- domestic
- international
- global
metrics of justice
how can justice be measured
- goods
- resources
- wellbeing
- opportunities/access
- relational goods
- recognition
patterns of justice
how is justice to be distributed?
- equality
- sufficiency
- priority
principles of justice
according to which criteria do we decide about (re-)distribution
- desert/effort (individual responsibility
- maximal benefit
- need (sufficiency/priority)
- contract
- equality
- sustainability
- authoritarian
- ...
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Philosophy
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Method of Philosophy
Develop arguments
- List of Propositions
- Inferences between propositions
- Conclusion
P1: all men are mortal
P2. Socrates is a man
C: Socrates is mortal
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Demand for
- non-contradiction
- sensitivity to evidence
- Enkratic requirement
- Means-End coherence
Logic
Modus Ponens
If A is true, then B is true.
A is true. Therefore, B is true.
Modus Tollens
If A is true then B is true.
B is not true. Therefore, A is not true.
NO Codes of Conduct
Preliminaries
Ethics...
- is no spoil-sport
- helps exploring early on the values that are often implicit
- can help a responsible innovation process
- helps us find making explicit which kind of future we want
Ethics in AI
Broad Fields
Differentiating AI
- weak AI
- machine learning
- deep learning
- general AI
- consciousness
- ...
is true AI even achievable? / How to know when we achieved it?
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Impact of progressive automation on work
Changing working conditions; the kinds of work humans will do...
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Robot / Machine Rights
Asimov’s Laws of Robotics
- A robot may not injure a human being or, through inaction, allow a human being to come to harm.
- A robot must obey the orders given it by human beings except where such orders would conflict with the First Law.
- A robot must protect its own existence as long as such protection does not conflict with the First or Second Laws.
UK’s Principles of Robotics
- Robots should not be designed as weapons, except for national security reasons.
- Robots should be designed and operated to comply with existing law, including privacy.
- Robots are products: as with other products, they should be designed to be safe and secure.
- Robots are manufactured artefacts: the illusion of emotions and intent should not be used to exploit vulnerable users.
- It should be possible to find out who is responsible for any robot.
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Human-Centered AI
Designing an AI system that gives human excitement, more enjoyment, more interest and empowers them to do the things they want to do.
AI in service to humans rather humans being in service of AI is the key difference
John Shawe-Taylor
Ethics of Data Science
Challenges
- discrimination
- reinforcement of biases
- lack of transparency
FACT
- fairness
- Accuracy
- confidentiality
- Transparency
Additional ethical factors
- trust
- access
- safety
- sustainability
- autonomy and agency
- privacy
- meaning
Code of Conduct
- Lawfulness
- Competence
- Dealing with Data
- Algorithms and models
- Transparency, Objectivity and Truth
- Working alone and with others (responsibility in teams)
- (extra) Upcoming ethical challenges
Oxford Munich Code
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artificial data handling
responsibility to communicate all procedures to make the original data more adequate for a specific problem
responsible data selection
analysis of input data in order to assess it for any indicators of previous bias like cherry-picking/model back to particular statement/insight/outcome
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Accuracy vs Explainability trade off
the more accurate the data is, the harder it is to be broken into pieces and to be explained
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Team code acquaintance and deviating behaviors
- make sure all colleagues follow the code
- flag deviating behavior
responsibility on inventions
- gauging benefit vs risk of any invention
- protection & security of potential harming inventions
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Stereotypes in CSS
Prejudice
a hostile or negative attitude toward people in a distinguishable group based solely on their membership in that group
- cognitive
- affective
- attitude of emotion
- intensity of emotion
- behavioral
Components
cognitive
categories as soon as we are born
- gender
- race
- study program
- only child
- ...
Useful & necessary
- danger: step towards prejudice
Categorize
- what we regard as normative
- what people think is normative in one culture
→ Information consistent with stereotypes will be
- given more attention
- rehearsed more often
- → remembered better
positive Stereotypes
// Benevolent Sexism/Racism/...
→ both forms, positive & negative stereotypes legitimize discrimination against the group in question
Stereotypes
a generalization of a group in which certain traits are assigned to virtually all members regardless of actual variation between members
affective
deep-seated feelings
-> emotional heat towards a certain group
- undermines logical thinking
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behavioral
Discrimination
unjustified negative or harmful action toward a member oif a group solely because of his/her membership to the group
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Causes
Social Identity
part of persons self-concept that is based on his/her identification with the belonging to a certain group or other social affiliation
In-Group-Bias
the tendency to favor members of the own group over people who belong to other groups
- both in temporal & trivial groups AND long-lasting & important groups
- minimla groups
Ethnocentrism
cultural or ethnic bias:
the belief that one's own culture is superior to others // lives the correct way of living
Outgroup Homogeneity
the perception that individuals in the out-group are more similar to each other (homogenous)than members of the in-group are
Blaming the victim
the tendency to blame individuals (make dispositional attributions) for their victimization, typically motivated to see the world as a fair place
- the stronger the belief in a fair world, the more the tendency to blame the individuals
→ often happens for people who rarely experienced discrimination
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Pro's
- comfort with stereotypes
- trust
- ability to break stereotypes
Con's
- reinforce stereotypes
- trust-issues
- hard to identify long-term effects
- need of stepping up against discrimination
- how to reach out to the engineer
(feeling of F* the system)
- can machine learning help with this?
Probable Solutions
multi-identity robots/systems
- one distributed system for multiple robots
- one robot with multiple identities
robots that fit the personalized expectations of the user/user groups
→ would need to use stereotypes to tailor behavior -> fosters stereotypes
In-Group designers
having more diverse// more specified in-group designers within the process of design
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Nothing about us, without us!
nihil de nobis, sine nobis
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Design
decision
- designer (team)
- researcher
affected
diverse
- Users
- Readers
- viewers
- algorithms
- ...
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exclusion of
- gender
- age
- disabilities
- ethnicities
- identities
- ...
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- socio-economic standards
- languages spoken
- profession
- interests
- behavior
- knowledge
- orientation
- sexual
- religious
- political
What to do?
- identify groups
- ask in which way they could be in an adavntage/disadvantage
ideas
- ability to choose how you personally want to use the service
- //focus on specific customer groups (?)
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Should we Build it?
Dual Use Problem
IBM & the 2nd world ar
Consensus
Germany Consensus
For
- racial distinguishment
- organization of concentration camps
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US internment camps of japanese citizens
Human mobility
- Check-ins (Foursqaure, Gowalla, Twitter, …)
- The Amsterdam Real Time Project
- Real Time Urban Monitoring
- Social Sensing via RFID (SocioPatterns)
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