Smart data are essential when faced with massive-scale data collections. "Smart" refers to data that are tagged or indexed with meaning-filled metadata that carry information about the semantic meaning of the data, its applications, use cases, content, context, and more. Such meta-tags enable efficient and effective discovery, description, and delivery of the right data at the right time, both to humans and to automatic processes.
Kirk Borne is a data scientist and an astrophysicist who has used his talents at Booz Allen since 2015. He was professor of astrophysics and computational science at George Mason University (GMU) for 12 years. He served as undergraduate advisor for the GMU data science program and graduate advisor in the computational science and informatics Ph.D. program.
DN 2017 | A New Data Economy with Power to the People | Trent McConaghy | B...Dataconomy Media
Trent McConaghy is an AI researcher and blockchain engineer. He is the Founder & CTO of BigchainDB. He started doing AI research for national defense as an undergrad, going on to obtain a PhD from KU Leuven. He has done Machine Learning research for the Canadian Department of National Defense, and has written two books and 35 papers, and holds 20 patents on Machine Learning, circuits and creativity.
This talk describes how tokens/decentralization and complex systems relate. Contents:
-blockchains as trust machines
-blockchains as incentive machines
-evolutionary algorithm design (and agent based simulation) for token design
-benevolent computer viruses (aka smart contracts)
-AI DAOs
-blockchains as life
Presented at Santa Fe Institute, New Mexico, Jan 31, 2018
Video at: https://medium.com/abq-blockchain-community/talking-blockchain-ai-complex-systems-3c5a33676f85
This talk describes the problem of data silos, and the root cause which is lack of incentive to share. Ocean Protocol aims to democratize data for use by AI, by leveraging blockchain incentives. It uses a Proofed Curation Market construction, which combines cryptographic proof (e.g. proof of availability) with curation markets.
This talk introduces Ocean protocol. It describes:
-how data drives AI (artificial intelligence)
-the gap between data-haves and AI-haves
-the data silo crisis
-how Ocean addresses these issues by creating a substrate to catalyze a flowering of data marketplaces
-the Ocean structured approach to token design, from values to stakeholders to software stack.
Video: https://www.youtube.com/watch?v=fMDD0aTVt4s
This talk was presented at "9984 Summit - Blockchain Futures for Developers, Enterprises, and Society" hosted by IPDB & BigchainDB.
In AI, it's all about the data. But it's hard to get the data, and to get *good* data with provenance. This talk shows how blockchains can help, with real-world examples including:
-a data exchange for self-driving car data (with Toyota Research and others)
-pooling designs for 3d printing fraud detection (with Innogy and others)
-and AI DAOs - AIs that can accumulate wealth
This was given as an invited talk at Consensus 2017, May 22 in NYC.
Ocean Protocol: New Powers for Data ScientistsTrent McConaghy
Summary of benefits: more data, AI data/compute provenance, new income opportunities.
This talk was presented at WorldSummitAI in Amsterdam, October, 2018.
Opportunities for Genetic Programming Researchers in BlockchainTrent McConaghy
Summary of opportunities:
-Compute+++
-Data+++
-Evolve code: Solidity, EVM or WASM bytecode
-“Unstoppable” evolution
-Evolvable ArtDAO
-Agent life forms
AI for Good is starting to be demonstrated, in addressing impact problems like the UN Sustainable Development Goals. But how can we scale it? This talk describes how an AI Commons manifested as a blockchain public utility network -- Ocean Protocol -- can be a key part of the solution.
This talk was a keynote at DutchChain Odyssey conference, Den Bosch, Feb 4, 2019.
DN 2017 | A New Data Economy with Power to the People | Trent McConaghy | B...Dataconomy Media
Trent McConaghy is an AI researcher and blockchain engineer. He is the Founder & CTO of BigchainDB. He started doing AI research for national defense as an undergrad, going on to obtain a PhD from KU Leuven. He has done Machine Learning research for the Canadian Department of National Defense, and has written two books and 35 papers, and holds 20 patents on Machine Learning, circuits and creativity.
This talk describes how tokens/decentralization and complex systems relate. Contents:
-blockchains as trust machines
-blockchains as incentive machines
-evolutionary algorithm design (and agent based simulation) for token design
-benevolent computer viruses (aka smart contracts)
-AI DAOs
-blockchains as life
Presented at Santa Fe Institute, New Mexico, Jan 31, 2018
Video at: https://medium.com/abq-blockchain-community/talking-blockchain-ai-complex-systems-3c5a33676f85
This talk describes the problem of data silos, and the root cause which is lack of incentive to share. Ocean Protocol aims to democratize data for use by AI, by leveraging blockchain incentives. It uses a Proofed Curation Market construction, which combines cryptographic proof (e.g. proof of availability) with curation markets.
This talk introduces Ocean protocol. It describes:
-how data drives AI (artificial intelligence)
-the gap between data-haves and AI-haves
-the data silo crisis
-how Ocean addresses these issues by creating a substrate to catalyze a flowering of data marketplaces
-the Ocean structured approach to token design, from values to stakeholders to software stack.
Video: https://www.youtube.com/watch?v=fMDD0aTVt4s
This talk was presented at "9984 Summit - Blockchain Futures for Developers, Enterprises, and Society" hosted by IPDB & BigchainDB.
In AI, it's all about the data. But it's hard to get the data, and to get *good* data with provenance. This talk shows how blockchains can help, with real-world examples including:
-a data exchange for self-driving car data (with Toyota Research and others)
-pooling designs for 3d printing fraud detection (with Innogy and others)
-and AI DAOs - AIs that can accumulate wealth
This was given as an invited talk at Consensus 2017, May 22 in NYC.
Ocean Protocol: New Powers for Data ScientistsTrent McConaghy
Summary of benefits: more data, AI data/compute provenance, new income opportunities.
This talk was presented at WorldSummitAI in Amsterdam, October, 2018.
Opportunities for Genetic Programming Researchers in BlockchainTrent McConaghy
Summary of opportunities:
-Compute+++
-Data+++
-Evolve code: Solidity, EVM or WASM bytecode
-“Unstoppable” evolution
-Evolvable ArtDAO
-Agent life forms
AI for Good is starting to be demonstrated, in addressing impact problems like the UN Sustainable Development Goals. But how can we scale it? This talk describes how an AI Commons manifested as a blockchain public utility network -- Ocean Protocol -- can be a key part of the solution.
This talk was a keynote at DutchChain Odyssey conference, Den Bosch, Feb 4, 2019.
Everybody has heard of Big Data, and its promise as the next great frontier for innovation. However, Big Data is neither new nor easily defined. What are the key drivers that make Big Data so critically important today? What is the single idea behind Big Data that promises such game changing outcomes for capable organizations? Who are the skilled talent that deliver Big Data results?
This presentation briefly reviews the opportunities, motivation and trends that are driving Big Data disruption. Data science is introduced as the enabling engine for Big Data transformation via the creation of new Data Products. The data scientist is defined and his tools, workflow and challenges are reviewed. Finally, practical tips are presented for approaching data product development.
Key takeaways include:
- Big Data disruption is driven by four megatrends
- Data is the essential raw material for creating valuable Data Products
- Data scientists are heterogeneous by role & skill set, but share common tools, workflows and challenges
- Data science talent is more important than raw data for Big Data success
These slides are modified from an invited presentation for the Gwinnett Chamber of Commerce on March 18, 2014. An excerpt was presented at the Georgia Pacific Social Media Working Session on March 19, 2014.
Curated Proof Markets & Token-Curated Identities in Ocean ProtocolTrent McConaghy
This talk describes Ocean Protocol’s token mechanics via step-by-step examples of how users earn tokens by curating data and making it available.
Blog post: https://medium.com/@trentmc0/curated-proofs-markets-a-walk-through-of-oceans-core-token-mechanics-3d50851a8005
Presented at 9984 Blockchain Meetup, Berlin, Mar 28, 2018
Learn how Ocean Protocol can be used to further scientific research. A presentation by Ocean's Lead Data Scientist Marcus Jones at Blockchain for Science Conference in Berlin on November 3, 2019.
The Evolution of Blue Ocean Databases, from SQL to BlockchainTrent McConaghy
1. The evolution of blue ocean databases, from Oracle to MySQL to MongoDB to BigchainDB
2. Decentralized software stacks, including decentralized file systems, decentralized databases, and decentralized processing (smart contracts)
[This was presented at a BigchainDB Hackfest, Feb 2017 in Berlin]
Nature is the ultimate complex system. Nature 1.0 is seeds & soil. *Evolving.* Nature 2.0 adds silicon & steel. *Evolving.*
Presented to Complex Systems Group, Stanford University, on May 4, 2018.
Energy Data Access Management with Ocean ProtocolTrent McConaghy
Video: https://www.youtube.com/watch?v=lC50EARadwo&feature=youtu.be
Outline:
-Problem 1: Gap between problem owners & problem solvers
-Problem 2: Want more data for accuracy, but it raises privacy and control issues
-Solution: Decentralized orchestration as a foundation
-Solution 1: Connect problem owners and problem solvers with marketplaces & commons on top of foundation
-Solution 2: Bring compute to on-premise data
-Use cases & collaborators
[Energy/abundance edition] Nature 2.0: The Cradle of Civilization Gets an Upg...Trent McConaghy
Nature is the cradle of civilization.
Nature 1.0 is seeds & soil.
Nature 2.0 adds silicon & steel. AI, blockchain, IoT towards abundance.
Keynote address at Startup Energy Transition (SET) Festival, Apr 16, 2018, Berlin, Germany
Related blog post:
https://medium.com/@trentmc0/nature-2-0-27bdf8238071
What will the Web3 Data Economy look like?
The shadow money economy (closed, power concentrated) moved to the token economy (open, permissionless). It has a base layer of reserve currency / store of value (BTC), unit of exchange (ETH) and token / app launch platform (Ethereum). And there are financial & utility last miles, like wallets, exchanges, and dapps.
We envision similar for the data economy. The shadow data economy (closed, power concentrated) will move to the Web3 data economy (open, permissionless). It will have a base layer of reserve currency / store of value, a unit of exchange, and data asset launch platform. Ocean Protocol's design provides all of these as a substrate, with artificial intelligence use cases as the linchpin. Finally, just like the token economy there are financial & utility last miles, like data wallets, data exchanges, and data science tools using Ocean tokens.
This talk was presented at the Web3 Summit, Berlin, Oct 22-24, 2018
PDF version: http://trent.st/content/20181022.2%20Web3%20Summit%20-%20McConaghy.pdf
The core feature of tokenized ecosystems, aka public blockchains, is getting people to do stuff. In this talk, I give more structure to this idea using a framing from optimization literature, and more precisely, evolutionary algorithms (EAs). I give examples of this approach using Bitcoin and Ocean Protocol as examples.
Link to video: https://www.youtube.com/watch?v=Sm8j0u5NuGQ
Many believe Big Data is a brand new phenomenon. It isn't, it is part of an evolution that reaches far back history. Here are some of the key milestones in this development.
"Big Data" is term heard more and more in industry – but what does it really mean? There is a vagueness to the term reminiscent of that experienced in the early days of cloud computing. This has led to a number of implications for various industries and enterprises. These range from identifying the actual skills needed to recruit talent to articulating the requirements of a "big data" project. Secondary implications include difficulties in finding solutions that are appropriate to the problems at hand – versus solutions looking for problems. This presentation will take a look at Big Data and offer the audience with some considerations they may use immediately to assess the use of analytics in solving their problems.
The talk begins with an idea of how big "Big Data" can be. This leads to an appreciation of how important "Management Questions" are to assessing analytic needs. The fields of data and analysis have become extremely important and impact nearly all facets of life and business. During the talk we will look at the two pillars of Big Data – Data Warehousing and Predictive Analytics. Then we will explore the open source tools and datasets available to NATO action officers to work in this domain. Use cases relevant to NATO will be explored with the purpose of show where analytics lies hidden within many of the day-to-day problems of enterprises. The presentation will close with a look at the future. Advances in the area of semantic technologies continue. The much acclaimed consultants at Gartner listed Big Data and Semantic Technologies as the first- and third-ranked top technology trends to modernize information management in the coming decade. They note there is an incredible value "locked inside all this ungoverned and underused information." HQ SACT can leverage this powerful analytic approach to capture requirement trends when establishing acquisition strategies, monitor Priority Shortfall Areas, prepare solicitations, and retrieve meaningful data from archives.
Data Science Courses - BigData VS Data ScienceDataMites
Go through the slides to know what is Big Data and what is Data Science and Know the difference between Big Data and Data Science.
DataMites is a global institute, providing industry-aligned courses in Data Science, Machine Learning, and
Artificial Intelligence.
The Certified Data Scientist certification offered by DataMites covers all the important aspects of data science knowledge. The course is designed based on the accepted standards which demonstrates the quality of knowledge of a data science professional.
For more details please visit: https://datamites.com/data-science-course-training-chennai/
My class presentation at USC. It gives an introduction about what is data science, machine learning, applications, recommendation system and infrastructure.
Data Science - An emerging Stream of Science with its Spreading Reach & ImpactDr. Sunil Kr. Pandey
This is my presentation on the Topic "Data Science - An emerging Stream of Science with its Spreading Reach & Impact". I have compiled and collected different statistics and data from different sources. This may be useful for students and those who might be interested in this field of Study.
Everybody has heard of Big Data, and its promise as the next great frontier for innovation. However, Big Data is neither new nor easily defined. What are the key drivers that make Big Data so critically important today? What is the single idea behind Big Data that promises such game changing outcomes for capable organizations? Who are the skilled talent that deliver Big Data results?
This presentation briefly reviews the opportunities, motivation and trends that are driving Big Data disruption. Data science is introduced as the enabling engine for Big Data transformation via the creation of new Data Products. The data scientist is defined and his tools, workflow and challenges are reviewed. Finally, practical tips are presented for approaching data product development.
Key takeaways include:
- Big Data disruption is driven by four megatrends
- Data is the essential raw material for creating valuable Data Products
- Data scientists are heterogeneous by role & skill set, but share common tools, workflows and challenges
- Data science talent is more important than raw data for Big Data success
These slides are modified from an invited presentation for the Gwinnett Chamber of Commerce on March 18, 2014. An excerpt was presented at the Georgia Pacific Social Media Working Session on March 19, 2014.
Curated Proof Markets & Token-Curated Identities in Ocean ProtocolTrent McConaghy
This talk describes Ocean Protocol’s token mechanics via step-by-step examples of how users earn tokens by curating data and making it available.
Blog post: https://medium.com/@trentmc0/curated-proofs-markets-a-walk-through-of-oceans-core-token-mechanics-3d50851a8005
Presented at 9984 Blockchain Meetup, Berlin, Mar 28, 2018
Learn how Ocean Protocol can be used to further scientific research. A presentation by Ocean's Lead Data Scientist Marcus Jones at Blockchain for Science Conference in Berlin on November 3, 2019.
The Evolution of Blue Ocean Databases, from SQL to BlockchainTrent McConaghy
1. The evolution of blue ocean databases, from Oracle to MySQL to MongoDB to BigchainDB
2. Decentralized software stacks, including decentralized file systems, decentralized databases, and decentralized processing (smart contracts)
[This was presented at a BigchainDB Hackfest, Feb 2017 in Berlin]
Nature is the ultimate complex system. Nature 1.0 is seeds & soil. *Evolving.* Nature 2.0 adds silicon & steel. *Evolving.*
Presented to Complex Systems Group, Stanford University, on May 4, 2018.
Energy Data Access Management with Ocean ProtocolTrent McConaghy
Video: https://www.youtube.com/watch?v=lC50EARadwo&feature=youtu.be
Outline:
-Problem 1: Gap between problem owners & problem solvers
-Problem 2: Want more data for accuracy, but it raises privacy and control issues
-Solution: Decentralized orchestration as a foundation
-Solution 1: Connect problem owners and problem solvers with marketplaces & commons on top of foundation
-Solution 2: Bring compute to on-premise data
-Use cases & collaborators
[Energy/abundance edition] Nature 2.0: The Cradle of Civilization Gets an Upg...Trent McConaghy
Nature is the cradle of civilization.
Nature 1.0 is seeds & soil.
Nature 2.0 adds silicon & steel. AI, blockchain, IoT towards abundance.
Keynote address at Startup Energy Transition (SET) Festival, Apr 16, 2018, Berlin, Germany
Related blog post:
https://medium.com/@trentmc0/nature-2-0-27bdf8238071
What will the Web3 Data Economy look like?
The shadow money economy (closed, power concentrated) moved to the token economy (open, permissionless). It has a base layer of reserve currency / store of value (BTC), unit of exchange (ETH) and token / app launch platform (Ethereum). And there are financial & utility last miles, like wallets, exchanges, and dapps.
We envision similar for the data economy. The shadow data economy (closed, power concentrated) will move to the Web3 data economy (open, permissionless). It will have a base layer of reserve currency / store of value, a unit of exchange, and data asset launch platform. Ocean Protocol's design provides all of these as a substrate, with artificial intelligence use cases as the linchpin. Finally, just like the token economy there are financial & utility last miles, like data wallets, data exchanges, and data science tools using Ocean tokens.
This talk was presented at the Web3 Summit, Berlin, Oct 22-24, 2018
PDF version: http://trent.st/content/20181022.2%20Web3%20Summit%20-%20McConaghy.pdf
The core feature of tokenized ecosystems, aka public blockchains, is getting people to do stuff. In this talk, I give more structure to this idea using a framing from optimization literature, and more precisely, evolutionary algorithms (EAs). I give examples of this approach using Bitcoin and Ocean Protocol as examples.
Link to video: https://www.youtube.com/watch?v=Sm8j0u5NuGQ
Many believe Big Data is a brand new phenomenon. It isn't, it is part of an evolution that reaches far back history. Here are some of the key milestones in this development.
"Big Data" is term heard more and more in industry – but what does it really mean? There is a vagueness to the term reminiscent of that experienced in the early days of cloud computing. This has led to a number of implications for various industries and enterprises. These range from identifying the actual skills needed to recruit talent to articulating the requirements of a "big data" project. Secondary implications include difficulties in finding solutions that are appropriate to the problems at hand – versus solutions looking for problems. This presentation will take a look at Big Data and offer the audience with some considerations they may use immediately to assess the use of analytics in solving their problems.
The talk begins with an idea of how big "Big Data" can be. This leads to an appreciation of how important "Management Questions" are to assessing analytic needs. The fields of data and analysis have become extremely important and impact nearly all facets of life and business. During the talk we will look at the two pillars of Big Data – Data Warehousing and Predictive Analytics. Then we will explore the open source tools and datasets available to NATO action officers to work in this domain. Use cases relevant to NATO will be explored with the purpose of show where analytics lies hidden within many of the day-to-day problems of enterprises. The presentation will close with a look at the future. Advances in the area of semantic technologies continue. The much acclaimed consultants at Gartner listed Big Data and Semantic Technologies as the first- and third-ranked top technology trends to modernize information management in the coming decade. They note there is an incredible value "locked inside all this ungoverned and underused information." HQ SACT can leverage this powerful analytic approach to capture requirement trends when establishing acquisition strategies, monitor Priority Shortfall Areas, prepare solicitations, and retrieve meaningful data from archives.
Data Science Courses - BigData VS Data ScienceDataMites
Go through the slides to know what is Big Data and what is Data Science and Know the difference between Big Data and Data Science.
DataMites is a global institute, providing industry-aligned courses in Data Science, Machine Learning, and
Artificial Intelligence.
The Certified Data Scientist certification offered by DataMites covers all the important aspects of data science knowledge. The course is designed based on the accepted standards which demonstrates the quality of knowledge of a data science professional.
For more details please visit: https://datamites.com/data-science-course-training-chennai/
My class presentation at USC. It gives an introduction about what is data science, machine learning, applications, recommendation system and infrastructure.
Data Science - An emerging Stream of Science with its Spreading Reach & ImpactDr. Sunil Kr. Pandey
This is my presentation on the Topic "Data Science - An emerging Stream of Science with its Spreading Reach & Impact". I have compiled and collected different statistics and data from different sources. This may be useful for students and those who might be interested in this field of Study.
Bringing Machine Learning and Knowledge Graphs Together
Six Core Aspects of Semantic AI:
- Hybrid Approach
- Data Quality
- Data as a Service
- Structured Data Meets Text
- No Black-box
- Towards Self-optimizing Machines
This is a version of series of talks given at NCSA-UIUC's director seminar, IBM Almaden, HP Labs, DERI-Galway, City Univ of Dublin, and KMI-Open University during Aug-Oct 2010 (replaces earlier keynote version). It deals with couple of items of the vision outlined at http://bit.ly/4ynB7A
A video of this presentation: http://www.ncsa.illinois.edu/News/Video/2010/sheth.html
Link to this talk as http://bit.ly/CHE-talk
Big Data [sorry] & Data Science: What Does a Data Scientist Do?Data Science London
What 'kind of things' does a data scientist do? What are the foundations and principles of data science? What is a Data Product? What does the data science process looks like? Learning from data: Data Modeling or Algorithmic Modeling? - talk by Carlos Somohano @ds_ldn at The Cloud and Big Data: HDInsight on Azure London 25/01/13
Data Science for Beginner by Chetan Khatri and Deptt. of Computer Science, Ka...Chetan Khatri
What is Data Science?
What is Machine Learning, Deep Learning, and AI?
Motivation
Philosophy of Artificial Intelligence (AI)
Role of AI in Daily life
Use cases/Applications
Tools & Technologies
Challenges: Bias, Fake Content, Digital Psychography, Security
Detect Fake Content with “AI”
Learning Path
Career Path
Benefiting from Semantic AI along the data life cycleMartin Kaltenböck
Slides of 1 hour session of Martin Kaltenböck (CFO and Managing Partner of Semantic Web Company / PoolParty Software Ltd) on 19 March 2019 in Boston, US at the Enterprise Data World 2019, with its title: Benefiting from Semantic AI along the data life cycle.
What does a data scientist actually do? Here at Good Rebels we wanted to outline a profile of this new profession, with the help of various industry leaders from academia, business and institutions. In short, we concluded that the main tasks of a data scientist are to identify data, transform it when incomplete, categorize it, prepare it for analysis, perform the analysis, visualize the results and communicate them.
The Internet of Things, Ambient Intelligence, and the Move Towards Intelligen...George Vanecek
With the successful adoption of cloud-based services and the increasing capabilities of smart connected/wireless devices, the software and consumer electronics industries are turning towards innovating solutions within the Internet-of-Things (IoT) to offer consumers (and enterprises) smart solutions that take the dynamics of the real-world into consideration.
The vision is to bring the awareness of what happens in the real-world, how people live and how smart devices operate in the real world into the view and control of the digital world. Here the digital world is the totality of the Internet, the Web, and the private and public cloud services.
In this session, we will look at key technical trends and their increasing interdependency in the areas of real-world Sensing, Perception, Machine Learning, Context-awareness, dynamic Trust Determination, Semantic Web and Artificial Intelligence which are now enabling ambient intelligence and driving the emergence of Intelligence Systems within the Internet of Things. We will also look at the challenges that such interdependencies expose, and the opportunities that their solutions offer to the industry.
DISUMMIT Keynote presentation from Kirk Borne - From Sensors to Sense-Making DigitYser
Dr. Kirk Borne is a Principal Data Scientist at Booz Allen Hamilton. With a rich background in Astrophysics and Computational Science, he was a precursor on implementing courses of big data in academia. He is one of the most important promotors of data literacy in the world.
About Kirk and his view on data literacy and evolution
On his first visit to Brussels, Kirk first activity was sharing his best practices to promote data literacy. While enjoying a magnificent view of Brussels from the ING headquarter building, Kirk playfully (with a pair of socks!) explained how subjectivity plays a major role in the way that data is understood, derived by the wide variety of involved. This keynote was delivered at the speakers reception, which took place the day before the DI Summit.
The following day, Kirk wrapped up the DI summit with his closing keynote on how data has shifted into something that is sense-making, following the evolution from “data” to “big data” into “smart data” composed by both enriched and semantic data and essential for IoT. He also discussed the levels of maturity in a self-driving enterprise, wrapping up his participation sharing this equation:
Big Data + IoT + Citizen Data Scientists = Partners in Sustainability
Kirk’s impression on the DI Summit was that it was a fun and informative event to join. His favorite format were the 5” pitches, as they were properly structured, providing the most critical information to the attendees. He also think that the networking dynamic ensured that all attendees met interesting people.
A takeaway from Kirk’s presentation
“Big data is not about how big it is, but the value you extract from it”
We look forward to have Kirk sometime soon back in Brussels!
Kirk’s interview:
Kirk’s presentation recording:
Kirk’s decks:
Kirk’s presentation drawing:
2) Here are some video interviews that I have done:
https://www.youtube.com/watch?v=ku2na1mLZZ8
https://www.youtube.com/watch?v=iXjvht91nFk
Here is my TedX talk: https://www.youtube.com/watch?v=Zr02fMBfuRA
Similar to DN2017 | From Big Data to Smart Data | Kirk Borne | Booz Allen Hamilton (20)
Data Natives Frankfurt v 11.0 | "Competitive advantages with knowledge graphs...Dataconomy Media
The challenges of increasing complexity of organizations, companies and projects are obvious and omnipresent. Everywhere there are connections and dependencies that are often not adequately managed or not considered at all because of a lack of technology or expertise to uncover and leverage the relationships in data and information. In his presentation, Axel Morgner talks about graph technology and knowledge graphs as indispensable building blocks for successful companies.
Data Natives Munich v 12.0 | "How to be more productive with Autonomous Data ...Dataconomy Media
Every day we are challenged with more data, more use cases and an ever increasing demand for analytics. In this talk Bjorn will explain how autonomous data management and machine learning help innovators to more productive and give examples how to deliver new data driven projects with less risk at lower costs.
Data Natives meets DataRobot | "Build and deploy an anti-money laundering mo...Dataconomy Media
Compliance departments within banks and other financial institutions are turning to machine learning for improving their Anti Money Laundering compliance activities. Today, the systems that aim to detect potentially suspicious activity are commonly rule-based, and suffer from ultra-high false positive rates. DataRobot will discuss how their Automated Machine Learning platform was successfully used for a real use case to reduce their false positives and to enhance their Anti-Money Laundering activities.
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Trump, Brexit, Cambridge Analytica... In the last few years, we have had to confront the consequences of the use and misuse of data science algorithms in manipulating public opinion through social media. The use of private data to microtarget individuals is a daily practice (and a trillion-dollar industry), which has serious side-effects when the selling product is your political ideology. How can we cope with this new scenario?
Data Natives Vienna v 7.0 | "The Ingredients of Data Innovation" - Robbert de...Dataconomy Media
When taking a deep dive into the world of data, one thing is certain: the ultimate goal is to create something new, something better, something faster. In other words, innovation should always be at the forefront of companies strategic outlook, whether their goal is to pioneer new processes, user experiences, products or services.
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What does it take to build a good data product or service? Data practitioners always think about the technology, user experience and commercial viability. But rarely do they think about the implications of the systems they build. This talk will shed light on the impact of AI systems and the unintended consequences of the use of data in different products. It will also discuss our role, as data practitioners, in planting the seeds of fairness in the systems we build.
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We all hear about the power of data, big data and data analysis in todays market place. But rarely feel it's touchable effects on our own business decisions and performance.
Let's dive into it and see how can people analytics increase people performance, motivation and business revenue?
Data Natives Amsterdam v 9.0 | "Ten Little Servers: A Story of no Downtime" -...Dataconomy Media
Cloud Infrastructure is a hostile environment: a power supply failure or a network outage leads to downtime and big losses. There is nothing we can trust: a single server, a server rack, even a whole datacenter can fail, and if an application is fragile by design, disruption is inevitable. We must distribute our application and diversify cloud data strategy to survive disturbances of any scale. Apache Cassandra is a cloud-native platform-agnostic database that stores data with a distributed redundancy so it easily survives any issue. What to know how Apple and Netflix handle petabytes of data, keeping it highly available? Join us and listen to a story of 10 little servers and no downtime!
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In the data industry, having correctly labelled datasets is vital. Timothy Thatcher explains how tagging your data while considering time and location and complex hierarchical rules at scale can be handled.
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During the lifetime of an A/B test product managers and analysts in GetYourGuide require various tools and different kinds of data to plan the trial properly, control it during the run and analyze the results at the end. This talk would be about the architecture, tools and data flow for serving their needs.
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Cloud Infrastructure is a hostile environment: a power supply failure or a network outage leads to downtime and big losses. There is nothing we can trust: a single server, a server rack, even a whole datacenter can fail, and if an application is fragile by design, disruption is inevitable. We must distribute our application and diversify cloud data strategy to survive disturbances of any scale. Apache Cassandra is a cloud-native platform-agnostic database that stores data with a distributed redundancy so it easily survives any issue. What to know how Apple and Netflix handle petabytes of data, keeping it highly available? Join us and listen to a story of 10 little servers and no downtime!
Big Data Frankfurt meets Thinkport | "The Cloud as a Driver of Innovation" - ...Dataconomy Media
Creativity is the mental ability to create new ideas and designs. Innovation, on the other hand, Means developing useful solutions from new ideas. Creativity can be goal-oriented, Whereas innovation is always goal-oriented. This bedeutet, dass innovation aims to achieve defined goals. The use of cloud services and technologies promises enterprise users many benefits in terms of more flexible use of IT resources and faster access to innovative solutions. That’s why we want to examine the question in this talk, of what role cloud computing plays for innovation in companies.
Thinkport meets Frankfurt | "Financial Time Series Analysis using Wavelets" -...Dataconomy Media
Presentation of Time Series Properties of Financial Instrument and Possibilities in Frequency Decomposition and Information Extraction using FT, STFT and Wavelets with Outlook in Current Research on Wavelet Neural Networks
Big Data Helsinki v 3 | "Distributed Machine and Deep Learning at Scale with ...Dataconomy Media
"With most machine learning (ML) and deep learning (DL) frameworks, it can take hours to move data for ETL, and hours to train models. It's also hard to scale, with data sets increasingly being larger than the capacity of any single server. The amount of the data also makes it hard to incrementally test and retrain models in near real-time.
Learn how Apache Ignite and GridGain help to address limitations like ETL costs, scaling issues and Time-To-Market for the new models and help achieve near-real-time, continuous learning.
Yuriy Babak, the head of ML/DL framework development at GridGain and Apache Ignite committer, will explain how ML/DL work with Apache Ignite, and how to get started.
Topics include:
— Overview of distributed ML/DL including architecture, implementation, usage patterns, pros and cons
— Overview of Apache Ignite ML/DL, including built-in ML/DL algorithms, and how to implement your own
— Model inference with Apache Ignite, including how to train models with other libraries, like Apache Spark, and deploy them in Ignite
— How Apache Ignite and TensorFlow can be used together to build distributed DL model training and inference"
Big Data Helsinki v 3 | "Federated Learning and Privacy-preserving AI" - Oguz...Dataconomy Media
"Machine learning algorithms require significant amounts of training data which has been centralized on one machine or in a datacenter so far. For numerous applications, such need of collecting data can be extremely privacy-invasive. Recent advancements in AI research approach this issue by a new paradigm of training AI models, i.e., Federated Learning.
In federated learning, edge devices (phones, computers, cars etc.) collaboratively learn a shared AI model while keeping all the training data on device, decoupling the ability to do machine learning from the need to store the data in the cloud. From personal data perspective, this paradigm enables a way of training a model on the device without directly inspecting users’ data on a server. This talk will pinpoint several examples of AI applications benefiting from federated learning and the likely future of privacy-aware systems."
Levelwise PageRank with Loop-Based Dead End Handling Strategy : SHORT REPORT ...Subhajit Sahu
Abstract — Levelwise PageRank is an alternative method of PageRank computation which decomposes the input graph into a directed acyclic block-graph of strongly connected components, and processes them in topological order, one level at a time. This enables calculation for ranks in a distributed fashion without per-iteration communication, unlike the standard method where all vertices are processed in each iteration. It however comes with a precondition of the absence of dead ends in the input graph. Here, the native non-distributed performance of Levelwise PageRank was compared against Monolithic PageRank on a CPU as well as a GPU. To ensure a fair comparison, Monolithic PageRank was also performed on a graph where vertices were split by components. Results indicate that Levelwise PageRank is about as fast as Monolithic PageRank on the CPU, but quite a bit slower on the GPU. Slowdown on the GPU is likely caused by a large submission of small workloads, and expected to be non-issue when the computation is performed on massive graphs.
Adjusting primitives for graph : SHORT REPORT / NOTESSubhajit Sahu
Graph algorithms, like PageRank Compressed Sparse Row (CSR) is an adjacency-list based graph representation that is
Multiply with different modes (map)
1. Performance of sequential execution based vs OpenMP based vector multiply.
2. Comparing various launch configs for CUDA based vector multiply.
Sum with different storage types (reduce)
1. Performance of vector element sum using float vs bfloat16 as the storage type.
Sum with different modes (reduce)
1. Performance of sequential execution based vs OpenMP based vector element sum.
2. Performance of memcpy vs in-place based CUDA based vector element sum.
3. Comparing various launch configs for CUDA based vector element sum (memcpy).
4. Comparing various launch configs for CUDA based vector element sum (in-place).
Sum with in-place strategies of CUDA mode (reduce)
1. Comparing various launch configs for CUDA based vector element sum (in-place).
DN2017 | From Big Data to Smart Data | Kirk Borne | Booz Allen Hamilton
1. Principal Data Scientist
Booz Allen Hamilton
Kirk Borne
@KirkDBorne
From Big Data to Smart Data:
Top Trends in Data Science, AI, and ML
http://www.boozallen.com/datascience
@KirkDBorne
#DN2017
2. OUTLINE
• First came Data, then Big Data, now Smart Data
• Data is the Fuel for AI and ML
• Top Trends in Data Science, AI, and ML
• Get Smart!
2
@KirkDBorne
#DN2017
3. OUTLINE
• First came Data, then Big Data, now Smart Data
• Data is the Fuel for AI and ML
• Top Trends in Data Science, AI, and ML
• Get Smart!
3
@KirkDBorne
#DN2017
4. Ever since we first explored our world…
http://www.livescience.com/27663-seven-seas.html
4
5. …We have asked questions about everything around us.
https://atillakingthehun.wordpress.com/2014/08/07/atlantis-not-lost/
5
6. The Blind Men and the Elephant
With a limited set of signals, there are many
possible interpretations of what the source is!
6
7. So, we have collected evidence (data) to answer our questions,
which leads to more questions, which leads to more data collection,
which leads to more questions, which leads to… BIG DATA!
https://www.linkedin.com/pulse/exponential-growth-isnt-cool-combinatorial-tor-bair
7
9. We have collected evidence (data) to answer our questions,
which leads to more questions, which leads to more data collection,
which leads to more questions, which leads to… BIG DATA!
y ~ 2 * x (linear growth)
y ~ 2 ^ x (exponential growth)
https://www.linkedin.com/pulse/exponential-growth-isnt-cool-combinatorial-tor-bair
y ~ x! ≈ x ^ x
→ Combinatorial Growth!
(all possible interconnections,
linkages, and interactions)
3+1 V’s of Big Data:
Volume = the most annoying V
Velocity = most challenging V
Variety = most rich V for discovery
Value = the most important V
9
10. “All the World is a Graph” – Shakespeare?
(…or a network)
(Graphic by Cray, for Cray Graph Engine CGE)
http://www.cray.com/products/analytics/cray-graph-engine
10
11. Semantic, Meaning-filled Data:
• Ontologies (formal)
• Taxonomies (class hierarchies)
• Folksonomies (informal)
• Tagging / Annotation
– Automated (Machine Learning)
– Crowdsourced
– “Breadcrumbs” (user trails)
Broad, Enriched Data:
• Linked Data (RDF)
– All of those combinations!
• Graph Databases
• Machine Learning
• Cognitive Analytics
• Context
• The 360o
view
What makes your data smart?
The Human Connectome Project:
mapping and linking the major
pathways in the brain.
http://www.humanconnectomeproject.org/
11
13. OUTLINE
• First came Data, then Big Data, now Smart Data
• Data is the Fuel for AI and ML
• Top Trends in Data Science, AI, and ML
• Get Smart!
13
@KirkDBorne
#DN2017
14. Ubiquitous Smart Data from the Internet of Things (IoT):
Deploying intelligence at the point of data collection!
(Machine Learning at the edge of the network = Edge Analytics!)
Internet of
Everything
https://www.nsf.gov/news/news_images.jsp?cntn_id=122028
The Internet of Things (IoT) will be an interconnected universe of Sensor
Networks and Dynamic Data-Driven Application Systems (dddas.org) =>
Combinatorial Explosive Growth of Smart Data!
14
15. • Smart Health
• Precision Medicine
• Precision Farming
• Personalized Financial Services
• Smart Organizations
• Predictive Maintenance
• Prescriptive Maintenance
• Smart Grid
• Smart Apps
• Predictive Retail
• Precision Marketing
• Smart Highways
• Precision Traffic
• Smart Cities
• Predictive Law Enforcement
• Personalized Learning
Smart => Predictive, Precision, Personalized!
Smart Data in the IoT + Edge Analytics =
Dynamic Data-Driven Application Systems
15
16. OUTLINE
• First came Data, then Big Data, now Smart Data
• Data is the Fuel for AI and ML
• Top Trends in Data Science, AI, and ML
• Get Smart!
16
@KirkDBorne
#DN2017
17. Top 10 Trends
1) IoT (Internet of Things, Internet of Everything, Analytics of Things, …, Internet of Context)
= “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning in images, text,
voice, and other complex data)
5) AR (Augmented Reality: in the field, emergency response, training for complex tasks,
search & pick, gamification of learning, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of human interests, intents,
motivations, actions = Maslow’s hierarchy of needs?)
7) Graph Analytics (“All the world is a graph” = linked data, …)
8) Journey Sciences (people, processes, products, …)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 17
(in no particular order)
18. 1) IoT (Internet of Things, Internet of Everything, Analytics of Things, …, Internet of Context)
= “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning in images, text,
voice, and other complex data)
5) AR (Augmented Reality: in the field, emergency response, training for complex tasks,
search & pick, gamification of learning, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of human interests, intents,
motivations, actions = Maslow’s hierarchy of needs?)
7) Graph Analytics (“All the world is a graph” = linked data, …)
8) Journey Sciences (people, processes, products, …)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 18
Top 10 Trends (in no particular order)
19. 1) IoT (Internet of Things, Internet of Everything, Analytics of Things, …, Internet of Context)
= “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning in images, text,
voice, and other complex data)
5) AR (Augmented Reality: in the field, emergency response, training for complex tasks,
search & pick, gamification of learning, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of human interests, intents,
motivations, actions = Maslow’s hierarchy of needs?)
7) Graph Analytics (“All the world is a graph” = linked data, …)
8) Journey Sciences (people, processes, products, …)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 19
Top 10 Trends (in no particular order)
20. 1) IoT (Internet of Things, Internet of Everything, Analytics of Things, …, Internet of Context)
= “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning in images, text,
voice, and other complex data)
5) AR (Augmented Reality: in the field, emergency response, training for complex tasks,
search & pick, gamification of learning, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of human interests, intents,
motivations, actions = Maslow’s hierarchy of needs?)
7) Graph Analytics (“All the world is a graph” = linked data, …)
8) Journey Sciences (people, processes, products, …)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 20
Top 10 Trends (in no particular order)
21. 1) IoT (Internet of Things, Internet of Everything, Analytics of Things, …, Internet of Context)
= “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning in images, text,
voice, and other complex data)
5) AR (Augmented Reality: in the field, emergency response, training for complex tasks,
search & pick, gamification of learning, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of human interests, intents,
motivations, actions = Maslow’s hierarchy of needs?)
7) Graph Analytics (“All the world is a graph” = linked data, …)
8) Journey Sciences (people, processes, products, …)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 21
Top 10 Trends (in no particular order)
22. 1) IoT (Internet of Things, Internet of Everything, Analytics of Things, …, Internet of Context)
= “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning in images, text,
voice, and other complex data)
5) AR (Augmented Reality: in the field, emergency response, training for complex tasks,
search & pick, gamification of learning, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of human interests, intents,
motivations, actions = Maslow’s hierarchy of needs?)
7) Graph Analytics (“All the world is a graph” = linked data, …)
8) Journey Sciences (people, processes, products, …)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 22
Top 10 Trends (in no particular order)
23. 1) IoT (Internet of Things, …, Internet of Context) = “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning)
5) AR (Augmented Reality: in the field, training, logistics, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of humans…)
7) Graph Analytics (“All the world is a graph” = linked data, the social graph, activity graph,
product graph, interest graph, influence graph, … “connecting the dots that aren’t
connected” = Anti-Money Laundering, Fraud Rings, Root Cause Analysis, Action
Attribution, Marketing Attribution, …)
8) Journey Sciences (people, processes, products = data-to-insights for predictive and
prescriptive decision-making and data-storytelling)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 23
Top 10 Trends (in no particular order)
24. 1) IoT (Internet of Things, …, Internet of Context) = “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning)
5) AR (Augmented Reality: in the field, training, logistics, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of humans…)
7) Graph Analytics (“All the world is a graph” = linked data, the social graph, activity graph,
product graph, interest graph, influence graph, … “connecting the dots that aren’t
connected” = Anti-Money Laundering, Fraud Rings, Root Cause Analysis, Action
Attribution, Marketing Attribution, …)
8) Journey Sciences (people, processes, products = data-to-insights for predictive and
prescriptive decision-making and data-storytelling)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 24
Top 10 Trends (in no particular order)
25. 1) IoT (Internet of Things, …, Internet of Context) = “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning)
5) AR (Augmented Reality: in the field, training, logistics, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of humans…)
7) Graph Analytics (“All the world is a graph” = linked data, the social graph, activity graph,
product graph, interest graph, influence graph, … “connecting the dots that aren’t
connected” = Anti-Money Laundering, Fraud Rings, Root Cause Analysis, Action
Attribution, Marketing Attribution, …)
8) Journey Sciences (people, processes, products = data-to-insights for predictive and
prescriptive decision-making and data-storytelling)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 25
Top 10 Trends (in no particular order)
26. 1) IoT (Internet of Things, …, Internet of Context) = “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning)
5) AR (Augmented Reality: in the field, training, logistics, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of humans…)
7) Graph Analytics (“All the world is a graph” = linked data, the social graph, activity graph,
product graph, interest graph, influence graph, … “connecting the dots that aren’t
connected” = Anti-Money Laundering, Fraud Rings, Root Cause Analysis, Action
Attribution, Marketing Attribution, …)
8) Journey Sciences (people, processes, products = data-to-insights for predictive and
prescriptive decision-making and data-storytelling)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 26
Top 10 Trends (in no particular order)
27. Top 10 Trends
…delivering deeper insights from data
for your next-best action (that’s Smart !)
1) IoT (Internet of Things, …, Internet of Context) = “The Age of Context”
2) Hyper-Personalization (Location-aware, Digital exhaust, Social trails)
3) AI (not only Artificial, but Augmented & Assisted Intelligence)
4) Machine Intelligence (process automation, chatbots, Deep Learning)
5) AR (Augmented Reality: in the field, training, logistics, 3D data/info viz)
6) Behavioral Analytics (predictive and prescriptive modeling of humans…)
7) Graph Analytics (“All the world is a graph” = linked data, …)
8) Journey Sciences (people, processes, products, …)
9) The Experience Economy (Design Thinking for User, Customer, Employee)
10) Agile – DataOps (Incremental, Iterative, Fail-fast, Minimum Viable Product) 27
28. OUTLINE
• First came Data, then Big Data, now Smart Data
• Data is the Fuel for AI and ML
• Top Trends in Data Science, AI, and ML
• Get Smart!
28
@KirkDBorne
#DN2017
30. Get Smart (Data)!
• Collect, Create, Connect smart data across your repositories!
• Build Knowledge, not databases!
… then exploit the top trends in AI and ML using Smart Data.
30http://ghostednotes.com/category/semantic-web
Chapters
Indexes
Covers
Tablesof
Contents
31. Get Smart (Data)!
• Collect, Create, Connect smart data across your repositories!
• Build Knowledge, not databases!
… then exploit the top trends in AI and ML using Smart Data.
31http://ghostednotes.com/category/semantic-web
Chapters
Indexes
Covers
Tablesof
Contents
https://www.quora.com/What-is-the-main-goal-of-semantic-web
Query your data for Patterns (POI / BOI) & Knowledge