Are you “we” or are you “me” – social networking influencers, P.S. the “we” crowd is more fun

Part of what I enjoy about working on green data centers is meeting interesting people and figuring out how they fit in my social network.  There are people who are definitely and there are many who I don’t bother with.  The mistake you can make in social networking is sign up for too many networks and try to be friends with everyone.  This is not a race for quantity.

Wharton Knowledge has an article that touches on this topic.  The specific area they discuss is word-of-mouth marketing in the pharmaceutical industry, and many of the ideas apply to data center innovation and marketing.

The Buzz Starts Here: Finding the First Mouth for Word-of-Mouth Marketing

Published: March 04, 2009 in Knowledge@Wharton
Article Image

Call it viral, buzz or word-of-mouth advertising: Getting customers to spread the word about a new product through their social or professional networks is a hot strategy in the marketing world. Its proponents insist that the technique -- whether online or face-to-face -- is sure to boost a company's return on investment (ROI).

But how can companies find the right individuals to deliver the message? Marketers may wonder if they are finding the best "seeding points" -- that is, well-connected people at the hub of social networks who will latch on to a product and promote it widely among the people they know.

The traditional approach is to find the leader. The person that says look at “me.”

Who's the Leader?

The study indicates that the spread of a product by word-of-mouth -- what the authors call "contagion" -- can and does happen over social networks. The study also indicates that marketers may need to re-think whom they identify as the best seeding points in their word-of-mouth campaigns.

Traditionally, drug companies have focused their efforts on reaching notable community leaders, believing well-known experts to be the most effective emissaries of a new product. In other industries, said Iyengar, marketers and their market research companies have tried to find opinion leaders through direct surveys, asking people, in essence, "Are you an opinion leader?" and then linking those answers to observable characteristics such as age, income, education level, media habits and so on. That, however, has proved rather ineffective, leading some companies to give up on finding seeding points and go for flashy "buzz" campaigns everyone talks about, such as when British fashion retailer French Connection UK put its four-letter acronym in large letters on its bags and shopping windows.

There is another group they categorized and this is the “we.”

The researchers also asked all physicians to name up to eight other doctors with whom they felt comfortable discussing the clinical management and treatment of the disease, and up to eight doctors to whom they typically referred patients. These nominations from fellow physicians produced a second group, whom researchers called "sociometric leaders" -- the most influential and well-respected physicians in the community based on how often they were mentioned by their peers.

What did the study find as the aha moment?

"That was the biggest 'a-ha!' for the company," said Van den Bulte. Physician 184 "was not the most important in the number of connections he was getting, but he was vitally important in linking the networks."

More about Physician 184 characteristics as a “we” person.

Physician 184, for example, didn't fit the description of an individual who marketers thought would be the most effective promoter of their product -- an outgoing, high-profile doctor whose name often pops up on research papers or on conference speaker lists. "Physician 184 was self-effacing. He did not want to stand on a soap box," said Van den Bulte. "He was respected, but not in a flashy fashion. He was the opposite of a rock star."

And, they actually found that the “we” people were actually earlier adopters than the “me.”

Matching the network data with prescription records, the study showed that sociometric leaders like Physician 184 were quicker than the self-reported opinion leaders to use the new drug, and were also more likely to influence other physicians to try it. The study also found that sociometric leaders did take into account what their colleagues were doing. For marketers, this implies that word-of-mouth can affect opinion leaders as well as followers, in contrast to what is often believed and taught -- that only followers are affected by social influence.

Whenever I go to data center events I watch for the “we” vs. “me.”  I filter the me people and don’t spend that much time with them.  What I want to do is build the better connections to the “we” people as they are social network influencers.

I’ve used this method so long it feels obvious and natural, and thanks to a “we” friend I was having an IM conversation with regarding another “we” person’s behavior, the “we” vs. “me” became clear.

Are you a “we” or are you a “me”?

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Via’s Big Little Green Server: 64 bit, virtualization, low power

Slashgear has a post on Via’s home mini server.

VIA M’SERV S2100 home mini server arrives

By Chris Davies on Wednesday, Jan 13th 2010 1 Comment

 

One of the reasons we have a soft-spot for VIA is that they eat their own dogfood: not only do they produce processors, mainboards and other chipsets, they also put out a range of products (often to OEMs rather than end-users) that actually use them.  Latest is the VIA M’SERV S2100, a boxy little server intended for home and small business users that’s powered by the VIA Nano CPU.

via mserv s1200 1 540x460

The M’SERV S2100 measures in at 10.2-inches long and 4.7-inches high, yet can be stuffed with up to 4TB of storage space.  There’s also a 1.3+GHz VIA Nano CPU, two memory slots, two SATA bays and an internal Compact Flash socket which the S2100 can boot from.  As for ports, you’re looking at dual gigabit ethernet, three USB 2.0 and a VGA output.

The Via product page has more details.

VIA M’SERV S2100 is a data-oriented 64-bit Mini Server with a large storage capacity, low power consumption and strong network connection. The M’SERV comes equipped with two Gigabit Ethernet that makes this unique mini server system a perfect fit not only for home download applications, but also as a small business/SOHO/personal server that provides ample storage space in an energy-efficient, compact, low-noise system.


64-bit Processor
Powered by the VIA Nano 64-bit processor, the M’SERV S2100 mini server is the first and smallest server to support a 64-bit environment. The VIA Nano processor also features hardware assisted virtualization technology, enabling users to experience improved performance across multiple virtual environments.

CF Socket
Built-in bootable Compact Flash socket is perfect for installing a slimmed-down version Windows or other embedded OS.


Dual Gigabit LAN
Two high-speed Ethernet ports on a speedy PCI Express bus for both Internet and intranet connections.

Low Noise
A quiet ball-bearing fan silently cools the system with noise levels remaining below a mere 26.8 dB.


Two RAM Sockets
Dual onboard DDR2 SO-DIMM sockets for convenient system upgrades.

Low Power
Based on a VIA processor and chipset combination, the M’SERV S2100 is an energy-efficient system with remarkably low power consumption.

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Elastra’s Cloud Computing Application Infrastructure = Green IT with a Model approach

Elastra connects the power use in the data center to the application architects and deployment decision makers.

Plan Composer function lets customers set their own policies based on application needs and specific power metrics (such as wattage, PUE, number of cores, etc.). Therefore, if an application requires 4GB of RAM and two cores for optimal performance, and if the customer is concerned with straight wattage, Elastra’s product will automatically route it to the lowest-power 4GB, dual-core virtual machine available.

Gigaom has a post on Elastra’s Cloud Computing infrastructure addressing greener services.

Elastra Makes Its Cloud Even Greener

By Derrick Harris Jan. 12, 2010, 2:51pm 1 Comment

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Elastra has incorporated energy efficiency intelligence into its Cloud Server solution, allowing customers to define which efficiency metrics are important to them and then rely on the software to route each application to the optimal resources with their internal cloud environments. Elastra’s efforts are just the latest in a growing trend toward saving data center costs by using the least possible amount of power to accomplish any given task. Especially in the internal cloud space, power management capabilities are becoming a must-have, with vendors from Appistry to VMware offering tools to migrate workloads dynamically and power down unneeded servers.

Digging into the press release I found Elestra uses a modeling approach.

Elastra accomplishes this through two technologies available in the product. The first technology is the ECML and EDML semantic modeling languages. ECML is a language used to describe an application (software, requirements, and policies) and EDML is used to describe the resources (virtual machines, storage, and network) available in a data center. These languages can be easily extended to enhance the definition of the applications and resources.

These modeling languages coupled with the Plan-Composer in the Elastra Cloud Server enables users to synthesize a plan for execution. The Plan-Composer analyzes the proposed application designs (expressed thru ECML) and data center resources (expressed thru EDML), comparing them against a library of actions and outcomes. It then generates a plan based on the energy efficiency policies of the organization that can be executed by the Cloud Server against a customer’s infrastructure.

The cool part is Elestra uses OWL and RDF to support their modeling approach.

Elastic Modeling Languages
















The Elastic Modeling Languages are a set of modular languages, defined in OWL v2, that express the end-to-end design requirements, control and operational specifications, and data centre resources & configurations required to enable automated application deployment & management.

While the foundation of the modeling languages is in OWL and RDF, developers can interoperate with the Elastra Cloud Server through its RESTful interfaces; all functions available to the Elastra Workbench are available through this interface, which are based on Atom collections and serialized JSON, XML, or RDF (XML or Turtle) entries.

Declarative models are useful ways to drive complexity out of IT application design and configuration, in favor of more concise statements of intent. Given a declaration of preferences or constraints, an IT management system can compose multiple models together much more effectively than if the models were predominantly procedural, and also formally verify for conflicts or mistakes. On the other hand, not everything can be declarative; at some point, procedures are usually required to specify the “last mile” of provision, installation, or configuration.

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“green data center” search on google.cn vs google.com

Curious on how google.cn (google’s china version of search) works vs. google.com I tried “green data center”

On Google.com GreenM3 is #1.  On Google.cn GreenM3 is #6, but I still snuck in a #1 spot as the #1 entry is my old TechNet article on Green Datacenters.

Actually, now that  I look at the Google.com results, I have spot #1 and #2.  Pretty cool.

Here is google.com results.

Google

Results 1 - 10 of about 124,000,000 for green data center. (0.43 seconds)

Search Results

  1. Green Data Center Blog

    Dec 14, 2009 ... Monitoring, Modeling, Managing the Green Data Center.
    www.greenm3.com/ - Cached - Similar -

  2. Green IT: Build a Green Datacenter

    Companies around the world are beginning to think of ways to save energy and reduce costs, yet there is little guidance on how you can take action.
    207.46.16.252/en-us/magazine/2009.gr.datacenter.aspx - Cached - Similar -

  3. The Green Grid

    IIJ to Conduct Proof of Concept Testing for the Next Generation Eco Data Center: 25 November, 2009 | Comment now · The Green Grid and BCS to Collaborate on ...
    www.thegreengrid.org/ - Cached - Similar -

  4. News results for green data center


    DatacenterDynamics

    Digital Realty Trust Bolsters Green Datacenter Leadership With ...‎ -2 days ago

    We have achieved more green certifications for our facilities than any other company in the datacenter industry, and we continue to apply our expertise in ...

    CNNMoney.com (press release) - 34 related articles »

    Capstone Receives Follow-on Order From Texas Data Center‎ -CNNMoney.com (press release) - 8 related articles »

  5. Image results for green data center
      - Report images

  6. 10 Simple Steps to a Green Data Center - Trends

    Slideshow: Data centers require gobs of electricity to maintain. Dave Douglas, vice president of eco-responsibility at Sun Microsystems, shares his top tips ...
    www.cioinsight.com/.../10-Simple-Steps-to-a-Green-Data-Center-%5B2%5D/ -Cached -

google.cn

小提示: 只搜索中文(简体)结果,可在 设置 指定搜索语言

搜索结果

  1. Green IT: Build a Green Datacenter
      - [ 翻译此页 ]

    Companies around the world are beginning to think of ways to save energy and reduce costs, yet there is little guidance on how you can take action.
    207.46.16.252/en-us/magazine/2009.gr.datacenter.aspx - 网页快照 - 类似结果

  2. What is green data center? - Definition from Whatis.com - see also ...
      - [ 翻译此页 ]

    9 Dec 2008 ... A green data center is a repository for the storage, management, and dissemination of data in which the mechanical, lighting, electrical and ...
    searchdatacenter.techtarget.com/.../0,,sid80_gci1178582,00.html - 网页快照 - 类似结果

  3. 10 Simple Steps to a Green Datacenter - IT Management
      - [ 翻译此页 ]

    You can cut costs and make a global impact by joining the trend toward the eco-friendlydatacenter.
    www.itmanagement.com/.../10-steps-green-datacenter/ - 网页快照 - 类似结果

  4. Google 图片:green data center
      - 举报图片

  5. Green Data Center - 绿色数据中心- TT百科- TechTarget中国

    绿色数据中心(Green Data Center)是一个用于存储、管理和传播数据的储存库,其中的机械、照明、电气和计算机系统旨在将能源效率最大化和环境影响最小化。
    www.searchdatacenter.com.cn/word_2026.htm - 网页快照

  6. Going Green at Google | Clean Energy Initiatives
      - [ 翻译此页 ]

    Finally, we've begun to share our own data center best practices and are encouraging our ...Being "green" is essential to keeping our business competitive. ...
    www.google.com/corporate/green/datacenters/ - 网页快照 - 类似结果

  7. Apple Recruits eBay Data Center Executive Olivier Sanche, Can ...
      - [ 翻译此页 ]

    10 Aug 2009 ... I have been lucky to meet eBay's Sr. Director, Data Center Services & Strategy, Olivier Sanche at a variety of data center events and ...
    www.greenm3.com/.../can-apple-change-data-centers-the-way-they-changed-cell-phone-and-media-players-apple-recruits-ebay-data-center-exe... - 网页快照

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Safer Natural Gas storage at a data center site

Natural Gas or methane gas from a landfill is a possibility to provide on site power generation for data centers via fuel cells, but the storage tanks to supply days worth of energy at a site can be a risk.  As natural gas is looked for a fuel for cars, safer storage is a priority.

Going through the National Renewable Energy Lab site I found a presentation on the current efforts on Hydrogen storage.

image

One easy starting point for is University of Missouri, so I drilled into what Professor Peter Pfeifer from the University is doing.  And, found this article.


Fuel of the Next Generation of Clean Vehicles Is in Missouri's Soil

MU researchers developing more practical natural gas storage tanks using corncob waste, landfills

April 9, 2009

Story Contact:  Kelsey Jackson, (573) 882-8353, JacksonKN@missouri.edu

COLUMBIA, Mo. -Natural-gas-fueled cars would be more eco-friendly and cost efficient than current petroleum-fueled cars. However, natural-gas-fueled vehicles face a few road blocks before they can cruise on every U.S. highway. The Alliance for Collaborative Research in Alternative Fuel Technology (ALL-CRAFT), a partnership among the University of Missouri, the Midwest Research Institute (MRI) and nine other institutes, is working to make natural-gas-fueled cars a reality by using existing Missouri resources, such as corncob waste and methane from landfills.

"Missouri's corn can supply raw material for natural gas tanks for all the cars in the United States," said Peter Pfeifer, professor and chair of the Department of Physics in the MU College of Arts and Science. "The recovery of natural gas from Missouri's landfills would turn a pollutant into renewable energy and could provide an opportunity for economic growth in rural areas."

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