EmStar is a software system for developing and deploying wireless sensor networks involving Linux-based platforms. As the wireless sensor network community has attempted to deploy more complex designs---large-scale, long-lived systems that need self-organization and adaptivity---a number of difficult software design issues have arisen. Advances in software design have not kept pace with the capabilities of hardware. This is because designing for an adaptive, efficient, and useful sensor network has turned out to be surprisingly complex and difficult. EmStar is a Linux-based software framework, whose goal is to dramatically reduce this complexity, enabling work to be shared and reused, and simplifying and speeding the design of new sensor network applications.
Project homepage:
http://cvs.cens.ucla.edu/emstar/
Programming language(s): C,Shell Script
License: other
Some source files from: EmStar/devel/state
cluster_sync/
TODO
cs_i.h
cs_main.c
cs_net.c
cs_self_cluster.c
cs_table.c
fake_cluster/
fake_cluster.c
include/
cluster_map.h
libstatedev.h
retx_proto.h
ssync.h
ssync_macros.h
ssync_types.h
state.run
libcsync/
cluster_map.c
libssync/
libssync_name.c
libssync_pub.c
libssync_types.c
libstatedev/
TODO
libstatedev_datadev.c
libstatedev_i.h
libstatedev_log.c
libstatedev_main.c
libstatedev_pub.c
libstatedev_retx.c
libstatedev_status.c
libstatedev_types.c
mh_flood/
mhf_devs.c
mhf_i.h
mhf_main.c
mhf_net.c
multihop/
mh_devs.c
mh_flow_table.c
mh_i.h
mh_main.c
mh_net.c
perf/
ceiling/
ceiling.info
cluster_topo/
topo16-m.sim
topo16.clusters
topo16.sim
topo_test.clusters
exp/
topo1.sim
topo16.sim
topo64.sim
cdf.gp
cluster.gp
combine.sh
cum-to-rate.pl
do-cdf.sh
do-stats.sh
process_latencys.py
run-filter.pl
run-latency.pl
run-rates.pl
runanal.sh
runexp.sh
split.sh
sum-rx.sh
push_status/
push_status.c
simplelinkest/
simplelinkest.h
simplelinkest_main.c
test.run
test.sim
sink/
sink.c
ssync_soft/
ssync_main.c
ssync_pure_soft.c
ssync_pure_soft.h
test/
buildmodel.pl
model.c
pub.c
retx_proto_test.c
send_rr.c
sub.c
testtabs/
802-test.run
802-test.sim
exp1.sim
fake_cluster.run
fake_cluster.sim
fake_cluster_test.sim
multihop-80211.sim
multihop.sim
multihop_fake_est.sim
multihop_flood.sim
multihop_nocodebook.sim
neighbors.run
neighbors.sim
ps_test.sim
pure_soft.run
pure_soft.sim
self_cluster.run
self_cluster.sim
test-sink.run
test-sink.sim
test-sinkip.run
test_mh_flood.run
test_mh_flood.sim
test_multihop.run
test_multihop.sim
test_multihop_80211.run
test_multihop_noest.run
test_multihop_test.sim
test_multihopv.run
topogen.sim
tree_cluster.run
tree_cluster.sim
tree_cluster/
tree_cluster.c
workload/
generate.c
wl_i.h
wl_main.c
wl_plugin_random_rate.c
wl_plugin_scenario_file.c
wl_structs.c
BUILD
TODO
See more files for this project here