cd8fb3ae96
Change-Id: I21573bc65b709733fa26204894a3a97036010706 Signed-off-by: Tung Doan <doantungbk.203@gmail.com> |
||
---|---|---|
apmec | ||
devstack | ||
doc | ||
etc | ||
samples | ||
tools | ||
.coveragerc | ||
.gitignore | ||
.gitreview | ||
.testr.conf | ||
babel.cfg | ||
CONTRIBUTING.rst | ||
HACKING.rst | ||
LICENSE | ||
README.md | ||
README.rst | ||
requirements.txt | ||
setup.cfg | ||
setup.py | ||
test-requirements.txt | ||
TESTING.rst | ||
tox.ini |
apmec
This project aims at building an automated provisioning framework for Multi-access Edge Computing (MEC) based on OpenStack platform.
Current features of APMEC are to:
-
orchestrate the MEC services
-
leverage MANO's API to allow the reuse of NF network services (currently use OpenStack Tacker - NFV Orchestration service) for MEC services
-
support multi-MANO features that offer the scalability and improve resource utilization of MEC services.
-
manage the life-cycle of MEC applications (creation, update, deletion)
-
monitor MEC applications
-
scale in/out MEC applications
On-going features:
-
fast live migration in order to support mobility in MEC
-
state management for the stateful MEC applications
-
acceleration technologies like DPDK, VPP, FPGA,...
-
container technologies like Docker/Kubernetes
Acronym:
MEP: MEC Platform
MESO: MEC Service Orchestrator
MES: MEC service
MEO: MEC Orchestrator
MEM: MEC Manager
MEA: MEC Application
MEAD: MEA Descriptor
Authors:
Deutsche Telekom Chair of Communication Networks,
Technical University of Dresden, Germany.