designing appropriate cognitive infrastructurefiles.meetup.com/13696062/clects.pdfwelcome i/t...
TRANSCRIPT
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Welcome I/T Experts
We run 12 Meetups on Cognitive Computing in the USA,
with over 700 members. Many questions arise.
A few months ago we decided to place all of the AI,
Machine Learning, Big Data, and Cognitive Computing
(AMBC) questions into a single framework.
This presentation is a result of that collective intelligence.
We came to realize that each company, large or small, is
faced with the same question. What is the right cognitive
infrastructure, today and into the future, for your firm?
This is our attempt to answer that question. Upon review,
please add your insights, if you would. Thank you.
Designing
Appropriate
Cognitive
Infrastructure ~~~
Thursday, July 31
6:30PM to 8PM ET
Call: 605-475-5950
Code: 7043327#
Remote Page Login:
www.cognitiveinfrastructure.com
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Systematic Cognitive Computing
As an IT person you serve many people in many ways.
As of today, all will ask you to build more cognition, more
smartness, into their application systems.
If you try to resolve these requests piecemeal, one at a
time, the demand will overwhelm both time and budget.
So (like all other IT systems) setup reusable architecture.
We teach you how to do that most economically. It also
must be most secure.
You might learn from our successes and mistakes.
Designing
Appropriate
Cognitive
Infrastructure ~~~
What is Cognitive
Infrastructure?
It’s a way to solve the “getting
smarter” question once and to
become more IT systematic.
A Contextual Chunk of Intellect...
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Dikw: Data, Information, Knowledge, Wisdom
Dikw is another word for intellect. It is the IT stuff, the in-
formational stuff that people need to do their job properly.
Each situation is a context. That context has need for
intellectual content. This contextual/content, place in a
mediated package and disseminated in real-time, is Dikw.
It is the data, information, knowledge, and wisdom; wanted
and needed by that person, at that time.
It’s called a Clect. It is a chunk of intentional intelligence.
Note: Prospects, customers, workers, stockholders, etc.
are all people to which we might want to serve Dikw.
Designing
Appropriate
Cognitive
Infrastructure ~~~
The right stuff...
If you can easily deliver the
right Dikw, to the right people,
at the right time, and in the
best format; then you have the
best Cognitive Infrastructure.
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Well name your CC infrastructure.
“Nomen est numen” means to name is to know. If you
cannot properly name this part of the IT infrastructure,
then you do not know what it is, who you serve, and why.
For example, our Cognitive Infrastructure (CI is part of
Cognitive Computing) architecture and design service is
named Clects™. We design systems that identify and
manage the chunks-of-intellect needed to improve results.
If our infrastructure can deliver the right intellect, to the
right person, in the proper way, and at the right time; then
our users are happy. We have earned our keep.
Rule 1: Proper naming is an important cognitive function.
Designing
Appropriate
Cognitive
Infrastructure ~~~
Let’s start top-down...
There are a few rules to know
about and to generally follow.
They may seem simple, but
these rules are so important
that they are useful to repeat.
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Understand Affective Systems.
I am an individual. I have a set of things on my mind. If
you serve my needs, I’ll buy now and come back for more.
Your systems can now be designed to directly affect me.
Affective Systems...
1. Understand and adapt to individual mindsets.
2. Are designed to serve, to motivate.
3. Are not generally IT efficient (CPUs, disk storage, and
networks are cheap – customers are most valuable).
4. Start with their mindset, in our design.
Note: Affect means to influence.
Rule 2: Affective Systems are designed to influence.
Designing
Appropriate
Cognitive
Infrastructure ~~~
Stop pushing me ...
Efficient computer systems
create information overload.
Affective computer systems
adapt to present what I now
want, in the form that I want it.
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Adapt to their mindset..
Big Data analyses object behavior, given a specific situation.
Cognitive Computing (CC) applies that insight by judging
future situations and acting on this intelligence.
They’re two sides of the same coin; a smart feedback loop.
Systematically reading Mindsets by group category:
1. Offer something, some mediation, like a web page.
2. Identify and categorize people that take-up that page.
3. Measure their next step. Space-date that event.
4. Analyzing this behavior will read their mind.
Let me say it again, affect means to influence.
Rule 3: Think carefully about their thoughts, in groups.
Designing
Appropriate
Cognitive
Infrastructure ~~~
Think about me ...
• What do I want?
• How do you know?
Now that you know, what will
you do with that mind insight?
Did doing it maximize return?
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Both an Analytic and Synthetic Infrastructure.
A Cognitive Infrastructure (CI) is setup to analyze and then
synthesize, using the intentional feedback analysis loop.
There are two infrastructures (AS) linked together. To get
smarter the CI process adapts; it has movable parts.
The first side of CI is used to analysis. Here we
analyze past data, to find natural correlations. This
insight guides future resource allocation deployments.
The second side of CI applies what we have learned.
This application is ALWAYS a mediation change.
You have an intent to influence a particular audience.
That intent sets the optimization objective. Now analyze
and re-mediate. Learn the combination that works best.
Rule 4: Understand both sides and how they are linked.
Designing
Appropriate
Cognitive
Infrastructure ~~~
Analytic & Synthetic...
The big, medium, and small
data analysis of what works.
Then take that insight and re-
mediate the audience services.
Blend automated and manual.
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Data
Science Data is
Analyzed
Cognitive
Science Mediation is
Synthesized
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Manual Mediation (link to automation) >>
Automated
Mediation << (link to manual)
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Manual and Automated Cognitive Media, in Alignment.
A Cognitive Infrastructure is designed
to learn and deploy affective mediation.
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Analytic/Synthetic/Feedback difficulties.
A Cognitive Infrastructure (CI) is hard to setup and get it
right. Why is this? Here are a few of reasons.
1. Modeling the human mind is complex.
2. There are many moving pieces (cogs).
3. Fact change each and every day; you must keep up.
4. It is an analytic/synthetic/smartness/feedback engine.
5. The data must fit the mathematical algorithm and both
must fit the questions to be answered.
6. Few people now have the needed, eclectic skill-set.
7. The team must work. Nobody can do it all.
Rule 5: Respect the CI design and setup difficulty.
Designing
Appropriate
Cognitive
Infrastructure ~~~
It is not easy...
Appropriate CI design and
development is not trivial.
In fact, it’s the most difficult &
complicated IT system ever.
So plan it carefully and adapt.
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Five conceptual rules, to consider:
1. Proper naming is important.
2. CI supports the “Affect Systems.”
3. Think about their thoughts.
4. Link the Analytic to Synthetic.
5. Respect the difficulty.
Now let’s get on with the actual technology.
Designing
Appropriate
Cognitive
Infrastructure ~~~
In sum...
▪ Understand concepts.
▪ Understand technology.
▪ Get reusable infrastructure.
Now we are ready to go onto
the CI technology options.
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
CI Technology ...
▪ Multiprocessing OS
▪ LAN/WAN/Cloud servers
▪ Client and Server Security
▪ Real vs. Batch Time
▪ Datum Sources (1-4 tuple)
▪ Data to Intellect Formulas
▪ Intellect Warehouse
▪ Dynamic Mediation (affect)
Best technology
strategy for us?
Should be consistent with existing systems.
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
Multiprocessing Systems
What is the best
parallel processing
technology for us?
The human mind has ~100 billion neurons,
each with ~1,000 bouton connection points.
Each bouton is a computer, with a clock.
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
Linux/Hadoop Multi-process
Linux is a popular Open
Source operating system,
used as a LAN/Web server.
Hadoop is a 64k sector, multiprocessing
system, now popular with many vendors.
etc.
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
LAN & WAN CI servers
Linux Hadoop Cloud
Hadoop will probably be your CI server
Operating System. Make it consistent
between the LAN, WAN, and Cloud servers.
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Vendor Size
CI.. Cognitive
Infrastructure
Channel vs Network Speeds
Cognitive Analytics processes TBs of
data (a TB is a million MBs). Be
aware of disk channel and network
speed differences .. need the speed.
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
Client and Server Security
Don’t Lose Your
CIO/CISO/IT Job Over
an All-Too-Common
Security Breach!
1. Insider and Outsiders
2. Authentication
3. Device Security
4. Data Security
5. Network Security
6. Application Security
7. Operations Security
8. File Encryption
9. Multi-mode Security
10. Security Admin & Review
Nothing is completely secure. Therefore use
multiple, overlapping security methods that
are audited in real-time. This will minimize
the insecurity losses and financial risks. Who is responsible for purchased-software security reviews?
WAN
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
Real vs. Batch Time
Same process,
Different speeds...
An ETL generated Intellect Warehouse
(IW) will speed up real-time calculations.
Intelligence is generated and
distributed in time to affect
human/machine performance.
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
Data Sources (1-4 tuple)
What is the tuple
structure of the data
now being used?
A tuple is intrinsic, a consistent element internal
to the datum structure. A field is external to the
structure (it’s data). Both have attributions.
The formula changes by tuple?
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
Data to Intellect Formulas
Equating the Data... (formulating affect, cause and effect)
The formula, with its various relation structures,
must fit the data. You can say a set-of-observations
causes, mathematically time-models, real events. How things natural evolve, the fitness?
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
▪ Hadoop Multiprocessing OS
▪ LAN/WAN/Cloud servers
▪ Client and Server Security
▪ Real vs. Batch Time
▪ Datum Sources (1-4 tuple)
▪ Data to Intellect Formulas
▪ Intellect Warehouse
▪ Dynamic Mediation (affect)
Best technology
strategy for us?
Should be consistent with existing systems.
Set a flexible CI technology strategy and then
select a first CC application. As you get more
CC application insight, evolve CI tech strategy.
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Vendor Size
CI.. Cognitive
Infrastructure ~~~
▪ Hadoop Multiprocessing OS
▪ LAN/WAN/Cloud servers
▪ Client and Server Security
▪ Real vs. Batch Time
▪ Datum Sources (1-4 tuple)
▪ Data to Intellect Formulas
▪ Intellect Warehouse
▪ Dynamic Mediation (affect)
Share your CI
technology strategy
with the group.
Send me an email...
Start by generally describing existing systems.
Then detail the Big Data & Cognitive Computing
(CC) technology selections you would make.
Then tell us why?
I’ll share results (anonymous) with the groups:
www.Meetup.com/Cognitive-Computing-Experts
www.Meetup.com/bostonazure
What CI technology do
you prefer and why?
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Vendor Size
The Cognitive Infrastructure
is Analytic and Synthetic.
~~~
▪ Hadoop Multiprocessing OS
▪ LAN/WAN/Cloud servers
▪ Client and Server Security
▪ Real vs. Batch Time
▪ Datum Sources (1-4 tuple)
▪ Data to Intellect Formulas
▪ Intellect Warehouse
▪ Dynamic Mediation (affect)
I’ll publish your CI thoughts.
CI in sum...
Let’s get smarter together. Five conceptual rules, to consider:
1. Proper naming is important.
2. CI supports the “Affect Systems.”
3. Think about their thoughts.
4. Link the Analytic to Synthetic.
5. Respect the difficulty.