IEEE Power & Energy Magazine - January/February 2016 - 45

Source

ESB

Verb(Noun)

Target

Source

Verb(Noun)

Target

ESB

Verb(Noun)
Verb(Noun)

Reply(Noun)
Reply(Noun)

Processing()

(a)

Source

ESB

(b)

Target-1

Target-N

Source

Verb(Noun)

ESB

Target

get(Noun)

get(Noun)

Verb(Noun)
Verb(Noun)

Loop

Reply(Noun)

(c)

Reply(Noun)

Processing()

(d)

figure 2. Integration patterns: (a) synchronous request/reply, (b) point to point, (c) multicasting, and (d) asynchronous
request/reply.

the adoption of standard 61968-100, where it is the intent not
to preclude the use of these new transport mechanisms.
figure 3 describes the ieC 61968-100 message envelope.
depending upon the specific usage of a message within an
integration pattern, the optional request, reply, and/or Payload sections are used. The header is the required section
of the message, where information such as an ieC 61968
verb, a noun (that describes the contents of the payload), a
time stamp, the id of the source, and other information useful to the routing and processing of the message are provided. upon receipt of a message, the receiver will typically
examine the header to determine how the message should be
processed. This provides opportunities for making the processing more generic.
figure 4 is an example message encoded using ieC
61968-9 and ieC 61968-100 to convey a meter event. in this
case, the message is published using the past-tense verb "created" to indicate that something has happened, and the noun
identifies the type of the payload, which in this case is an
ieC 61968-9 enddeviceevent. note the top level element in
the payload section is the same as the noun. also of interest in the preceding enddeviceevent message is the reference used for the enddeviceeventType element. The string
3.26.0.85 is a code defined by ieC 61968-9 that indicates a
power off alarm was detected and reported by a meter.
january/february 2016

CIM as an Information Standard
for "Big Data" Analytics
The adoption of smart metering immediately confronts utilities with a huge increase in the volume of data associated
with the core function of reading meters. going from one
reading per month to one every (say) 15 min is roughly a
3,000-fold increase. Big data refers to the increased amount
of bulk data available to industry. The ability to use software systems to mine the data allows the industry to see new

Message Type
Header
Request
Message
Reply
Payload

figure 3. The IEC 61968-100 message envelope.
ieee power & energy magazine

45



Table of Contents for the Digital Edition of IEEE Power & Energy Magazine - January/February 2016

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IEEE Power & Energy Magazine - January/February 2016 - Cover3
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