Page 1050 - Shaping smarter and more sustainable cities - Striving for sustainable development goals

Work FG‐SSC SDO Document Corresponding Standardization Future needs
area deliverable(s) working number document title gap in this area and sugges‐
related to this on this released by tions to SG5
work area area this SDO
ZigBee IEEE802.15 ZigBee Building Automation To develop
.4(MAC (Efficient commercial spaces) guidelines on
and PHY applications of
layer pro‐ IoT in SSC, in‐
tocol) cluding scenari‐
ZigBee os, use cases
Alliance and best prac‐
(Network tice.
Layer)
ZigBee Remote Control (Ad‐
vanced remote controls)
ZigBee Smart Energy (Home
energy savings)
Smart Energy Profile 2 (IP‐
based home energy
management)
ZigBee Health Care (Health
and fitness monitoring)
ZigBee Home Automation
(Smart homes)
ZigBee Input Device (Easy‐to‐
use touchpads, mice,
keyboards, wands)
ZigBee Light Link (LED lighting
control)
ZigBee Retail Services (Smart‐
er shopping)
ZigBee Telecom Services (Val‐
ue‐added services)
ZigBee Network Devices (As‐
sist and expand ZigBee
networks)
6LoWPAN IEEE802.15 IETF IPv6 over Low‐Power Wireless
.4(MAC RFC4919 Personal Area Networks
and PHY (6LoWPANs): Overview,
layer pro‐ Assumptions, Problem
tocol) Statement, and Goals
IETF
6Lowpan
(Network
Layer)
IETF Transmission of IPv6 Packets
RFC4944 over IEEE 802.15.4 Networks
IETF RFC Compression Format for IPv6
6282 Datagrams over IEEE
802.15.4‐Based Networks
IETF RFC Design and Application Spaces
6568 for IPv6 over Low‐Power
Wireless Personal Area Net‐
works (6LoWPANs)

1040 ITU‐T's Technical Reports and Specifications