2. Types: Internet e-Commerce Networks, Peer-to-Peer
Service/Collaboration networks, Social Networks, Enterprise
(Professionals) Networks, etc.
Examples: e-Bay, healthcare support, Facebook, intranets…
Innovations: e-marketing (customer recommendation,
business chaining, etc.), group activities and special interests,
on-demand business and collaboration…
Technology: data integration, network analysis, clustering
and statistics, personal tasks profiling…
Smartness: Network-Based intelligence; i.e., population
knowledge and personalization application
3. Principle One: Building the Big Data
Integration of person-centered data along the life cycle
of personal tasks and growth from all pertinent sources
Principle Two: Personalizing the Big Data for services
Development of personal service-oriented massive
analytics to support the conduct of the personal life
cycle tasks (Motto: service is the best selling)
Smart Service Value Networks: possessing the ability to
self-develop the Big Data and Massive Analytics for
constantly evolving applications – the innovation
4. Theory One: Scaling the connections up to cover the
entire population (business domain) – Big Data
Theory Two: Scaling the connections down to serve each
person (individuals of the network) – service analytics
Theory Three: Scaling the connections with network
transformation (hyper-networking) – business innovation
All for One and One for All: a moral proposition may be an
ultimate business value proposition – this is the golden rule
for building Big Data and deriving Massive Analytics
5. 1. An ontology and metadata repository for data
integration – the global information resources dictionary
2. An architecture for non-intrusive integration of
massively distributed (Internet) heterogeneous data
sources - the Metadatabase model
3. A core logic for predictive e-marketing analytics (e.g.,
the well-known customer recommendation algorithms
at some e-commerce sites)
A technology platform for developing the Big Data and
Massive Analytics can facilitate service innovation
7. The Network Metadatabase
To other
nodes
To other
nodes
Proxy at
Data Source
Two
Proxy at
Data Source
ThreeProxy at
Data Source
Four
Proxy at
Data Source
One
Mini Metadatabase
8. Similar Customers: 1. determine a set of defining attributes
for “similarity”; 2: compute the similarity indicator, e.g., S-C(i)
= ∑ w(j)a(j) for each customer i, and then group customers
based on this indicator; 3: recommend the additional
products that the similar customers prefer most
Similar Products: use the same logic to develop a basic
algorithm for using similar products S-P(i)
Similar Behaviors: use the same logic to develop an
algorithm from customers-products networking (compute
e.g., rating/purchase indicators and regress them on
attributes, by sub-groups)
Adaptability can be built into the logic to make it “smart”.