TELKOM
NIKA Indonesia
n
Journal of
Electrical En
gineering
Vol.12, No.6, Jun
e
201
4, pp. 4243 ~ 4
2
4
9
DOI: 10.115
9
1
/telkomni
ka.
v
12i6.363
1
4243
Re
cei
v
ed
Jun
e
24, 2013; Revi
sed Aug
u
st
30, 2013; Accepted Sept
em
ber 25, 20
13
Design and Research of Urban Video Surveillance
System
Peng He*
1
, T
i
anzhon
g Gu
o
1,2
, Jingran An
1
1
Institute of Communicati
on a
nd Electro
n
ics
Engi
neer
in
g, Qiqih
a
r Un
iversit
y
, Qiqi
har 16
10
06, Chi
na;
2
T
he Qiqihar br
anch com
p
a
n
y
Of China Mob
i
l
e
Commu
nicati
ons Cor
porati
o
n (CMCC),
Heil
on
gji
a
n
g
C
O
、
LT
D, Qiqih
a
r 161
00
6, Chi
n
a
*Corres
p
o
ndi
n
g
author e-m
a
il
: paper5
03@
1
63.com
A
b
st
r
a
ct
This p
aper
a
i
me
d to
d
e
sig
n
a
nd r
e
a
l
i
z
e
d
Qiq
i
har
ur
b
an v
i
de
o s
u
rv
eill
anc
e syste
m
an
d us
e
adva
n
ce
d desi
gn sol
u
tions t
o
improve the
traditi
on
al city video surve
i
llanc
e system based o
n
EPO
N
techno
lo
gy. Hierarchic
a
l d
e
si
gn w
a
s prop
o
s
ed an
d a det
aile
d an
alysis
of each des
ig
n w
a
s given. T
h
e
system
not only has expanded capabilitie
s in the structure,
but also
has in
tegrated application capabilities
in the bus
ines
s, includi
ng i
m
age trans
missi
on, remote mo
nitori
ng, remot
e
central
i
z
e
d d
i
gital i
m
ag
e da
ta
storage, re
mote rea
l
-ti
m
e o
n
-
d
e
m
a
nd
play
b
a
ck (stored
dat
a i
m
a
ge). The
result sh
ow
s that the syste
m
ca
n
completely solve the digiti
z
a
tion
of the monitoring system
and the
proc
ess
of networking bottlenecks.
Ke
y
w
ord:
vide
o survei
lla
nce, EPON, digiti
z
a
t
i
on, netw
o
rkin
g
Copy
right
©
2014 In
stitu
t
e o
f
Ad
van
ced
En
g
i
n
eerin
g and
Scien
ce. All
rig
h
t
s reser
ve
d
.
1. Introduc
tion
The video su
rveillan
c
e sy
stem plays an increa
singl
y i
m
porta
nt role
in our daily life, it is
widely u
s
ed
in national
defen
se co
nstru
c
tion, tr
affic co
ntrol,
sma
r
t se
cu
rity, as well
as
govern
m
ent
agen
cie
s
, b
anks, wareh
ouses
and
other
real
-time monito
ri
ng of sen
s
i
t
ive
places.Th
e
re
are all
kind
s of su
rveilla
nce
sy
stem i
n
the Euro
p
e
and
south
ameri
c
a [1
-3].
Traditio
nal video surveilla
nce
system
s
do not hav
e t
he scala
b
ility. Although ou
r reali
z
ed the
IP
netwo
rk from
analog to di
gital transmission,
the fun
c
tion of front-end devi
c
e a
nd mana
gem
ent
sy
st
em w
a
s
simple,
it
ha
s bee
n dif
f
i
cult
t
o
meet
the monitorin
g
netwo
rk re
quire
ment
s of
expandi
ng
scop
e a
n
d
in
cre
a
si
ng
co
mplex fun
c
ti
onal. EPO
N [4-6]
ca
n
curre
n
tly pro
v
id
e
symmetri
c
al
1Gbp
s u
p
lin
k and
do
wnli
nk b
and
wi
dt
h, and
with
the develo
p
m
ent of Eth
e
rnet
techn
o
logy
can b
e
u
p
g
r
ad
ed to
10
Gbp
s
, it b
r
o
k
e
through
ba
nd
wi
dth "bottlen
e
ck"
of the
a
c
ce
ss
partan
d
.We
chose H3C a
s
the mai
n
eq
uipment i
n
Qi
qihar safe
city con
s
tru
c
tio
n
,inclu
ding
d
a
ta
transmissio
n, image codi
ng/de
codi
ng,
monitori
ng
e
quipme
n
t co
ntrol, data storage,
syste
m
s
manag
eme
n
t and oth
e
r a
s
pect
s
,. There
f
ore, the e
n
tire
proj
ect of t
he sy
stem a
r
chite
c
ture
de
sign
wa
s b
a
sed
o
n
the
H3
C p
r
odu
ct. So
a
s
to
be
abl
e
to effe
ctively improve
th
e level
of
so
cial
se
curity adm
inistratio
n an
d com
p
letely
solve
the b
o
ttleneck p
r
o
b
lem in the
digital, netwo
rk
pro
c
e
ss of th
e monitori
ng
system, re
aching the
re
al goal of the do
mestic
advan
ced level.
2. The Ov
erall Design Scheme of th
e Sy
stem
Acco
rdi
ng to
the incide
nce type of Qiqihar
City Police 11
0 Alarm, we found
that the
incid
e
n
c
e types of the Qiq
i
har mai
n
in
cluded
r
ob, ro
bbery, frau
d, theft and ro
bbery.Th
erei
nto,
robb
ery beh
avior and p
a
r
t of the fraud and theft
occurred on
the road. T
h
is re
quires
the
approp
riate sets dynami
c
secu
rity monitoring p
o
ints i
n
multiple ro
a
d
.
The ce
nter o
f
digital video surveill
an
ce syst
em is
Qiqiha
r Muni
cipal Publi
c
Secu
rity
Burea
u
,and i
n
clu
ded 3
pu
blic
se
curity
sub
bureau
a
nd 40 p
o
lice
sub
s
tation f
o
r a total of
278
came
ra
s.
The p
r
oj
ect
has a m
a
in
control
cente
r
, 2
sub
-
con
t
rol cente
r
,
40 p
o
lice
su
bstation
monitori
ng
ce
nter, two rem
o
te monito
rin
g
center
(Lon
g sha
and
Ti
e feng
di
strict govern
m
ent
).
The control center and co
n
necte
d
to sub
-
co
ntrol ce
nte
r
u
s
ing
Giga
b
i
t fiber-o
ptic li
nes. A
c
cordi
n
g
to the princi
p
l
es of admini
s
trative juri
sd
iction
an
d proximity, the r
oad surfa
c
e
monitori
ng area
con
n
e
c
ted to
the
co
ntrol
center or the
main
co
ntrol cente
r
usi
ng EPON
lin
e.
P
o
lice
sub
s
tation
monitori
ng center usin
g
t
he
EPON
li
n
e
co
nne
cted
to the re
sp
ective sub
-
co
ntrol
cente
r
, the
remote Ethe
rnet cente
r
co
nne
cted to
the control ce
nter by optical f
i
ber.
Evaluation Warning : The document was created with Spire.PDF for Python.
ISSN: 23
02-4
046
TELKOM
NI
KA
Vol. 12, No. 6, June 20
14: 4243 – 4
249
4244
Figure 1. The
Overall Net
w
ork T
opol
ogy of Video Moni
tor
Table 1. The
Device of Main Control Ce
nter
device name
Equipment T
y
pe
Equipment numb
e
r
remark
Sw
itch
S7500
1
IP-SAN
Arra
y
VX1500
2
7 Expansion enclosures
Video managem
ent server
VM3.0
1
Data manage
me
nt server
DM3.0
1
4-channel net
w
o
r
k
video decoder
DC2004
-FF
3
Web Client
some
Need to install IE7 bro
w
ser
H3
C
S750
0 swit
ch con
n
e
c
ted
to
the control c
ente
r
by a giga
bit fiber o
p
tic li
nes, thi
s
H3
C S7500
swit
che
s
con
s
titute the co
re switch
i
ng
netwo
rk of m
a
in co
ntrol center, and
other
control cente
r
equi
pme
n
t (VM850
0,
DM85
00,
VX1500,
WEB cu
stome
r
s
e
nd, DC20
04-FF)
con
n
e
c
ted to
the co
re swit
ch by Fa
st / Gigabit
cable
,
the DC2
004
-FF conn
ecte
d to the TV wall
monitor u
s
in
g
coaxial cable
at the same time.
Table 2. The
Device of Re
mote Monitori
ng Ce
nter (cit
y hall)
device name
Equipment T
y
pe
Equipment numb
e
r
remark
Web Client
Some
Need to install IE7 bro
w
ser
Web
clie
nt to con
n
e
c
t to the LAN
switch, and the
n
the switch co
nne
ction to th
e co
ntrol
cente
r
ro
uters via a 100
Mbps fi
b
e
r.Routers conn
e
c
tion to the
net
wo
rk co
ntrol
center by
100
megabyte
s cable.
Table 3. The
Device of Sub-control Ce
n
t
er
device name
Equipment T
y
pe
Equipment numb
e
r
remark
sw
itch S7500
1
Decoder
DC2004
-FF
3
Web Client
some
Need to install IE7 bro
w
ser
Evaluation Warning : The document was created with Spire.PDF for Python.
TELKOM
NIKA
ISSN:
2302-4
046
De
sign a
nd Rese
arch of Urban Video Su
rveill
an
ce System
(Peng He)
4245
S7500 switch
es con
s
titutes the aggre
gati
on swit
chin
g netwo
rk of su
b-control cent
er, the
sub
-
control center
equip
m
ent (WEB
client
the
DC20
04-FF)
conne
cted to
the agg
re
g
a
tion
swit
che
s
by Fast / Gigabit
cable, DC20
04-F
F
at
the
same time co
nne
cted to the control cent
er
video wall m
onitors by co
axial the cabl
e. S7500 sw
itch conn
ecte
d
to the S7500 switche
s
of the
main co
ntrol
cente
r
via Gigabit fiber lin
k.
Table 4. The
Device of Police Sub
s
tation
Monitorin
g
Center
device name
Equipment T
y
pe
Equipment numb
e
r
remark
ONU
ET254
1
Web client
1
Need to install IE7 bro
w
ser
ONU
cons
titutes
a the
access
sw
itching netw
o
rk of th
e poli
c
e
station monito
rin
g
cente
r
,
and othe
r de
vices in the
control cente
r
(the WEB
cli
e
nt-sid
e) con
n
e
cted
to
the acce
ss swit
ch
b
y
fast cabl
e, DC20
04-FF co
nne
cted to the police
su
b
s
tation monitoring ce
nter m
onitor by co
a
x
ial
cabl
e. ONU conne
cted to the S7500
swi
t
ch of the re
spective sub-
control cente
r
by EPON link.
The d
e
vice
s
of roa
d
control area h
a
ve
a
num
ber of
cam
e
ra
s
(in
c
ludi
ng b
o
lt came
ra,
pan-tilt ca
m
e
ra
s, dome
)
, some EC1
101-HF
(vid
eo en
cod
e
r), some EC1
101-HF o
n
the
monitori
ng a
r
ea of the
ro
ad of the
su
b-control
cen
t
er conn
ecte
d to the S7
5
00
conve
r
ge
nce
swit
ch
of the
su
b-co
ntrol
cente
r
by EPON li
nk.
Each came
ra
co
nne
cted to
th
e EC1101
-HF by
the coaxial cable, the pan
-tilt
of the control line wa
s con
n
e
c
t
ed to the RS485 int
e
rface EC11
01-
HF.
3. Subs
y
s
tem
Qiqihar video surveillance
sy
stem
used
H3C IVS IP in
telligent monitori
ng
system
.
Acco
rdi
ng to the control
and man
age
ment, the sy
stem divided
into monitori
ng acce
ss la
yer,
carrying ex
ch
ange laye
r, control ma
nag
ement layer,
video appli
c
at
ion layer.
3.1. Monitori
ng Acc
ess L
a
y
e
r
The front-e
n
d
monito
ring
media te
rmin
al (E
C100
1)
wa
s respon
si
ble for an
alo
g
imag
e
over the vide
o sou
r
ce tran
smitted,and t
hen conver
si
on and
codi
n
g
into IP data stream
s ove
r
IP
netwo
rks t
r
an
smitted, supp
orting
fo
r
UDP multica
s
t d
a
ta stream
a
nd
stora
ge iS
CSI uni
ca
st d
a
ta
st
rea
m
.
Acco
rdi
ng to
the
actu
al
situation
in
Qiqiha
r, a
2
4
-ho
u
r mo
nitoring
ima
g
e
quality
requi
rem
ents
unde
r normal
condition
s 5
0
meters ca
n identify facial cha
r
a
c
teri
stics.The mo
unti
ng
height of the
came
ra
sho
u
l
d
be mo
re th
an 6 mete
rs,
uprig
ht tube
or with the h
e
lp of a light pole
,
sho
u
ld
gua
ra
ntee vide
o im
age
stabili
zati
on fo
r 2
4
-h
ou
r.
The
r
efo
r
e, we have ch
o
s
en
the
l
o
w-li
ght
cameras whi
c
h can work
in
lo
w illumi
nation environment (such
as dawn, dusk, dark, light),
minimum illu
mination of 0.1-0.5Lux, su
pportin
g
a
wi
de temperatu
r
e ran
ge (-40
to 55°C). T
he
came
ra
sup
p
o
rts BNC vid
eo output inte
rface.
Video e
n
cod
e
r u
s
e
d
the
co
ding
alg
o
r
ithm of
MPEG2/MPEG4
whi
c
h
supp
orted
D1
resolution; en
cod
e
r chip u
s
ed ASIC or
DSP ch
ip
whi
c
h supp
orted
high stream.
Video encod
er
control u
n
it re
quire
d to
sup
port ISCSI p
r
otocol, th
e de
vice
can
be
set to the d
e
sti
nation a
d
d
r
e
s
s,
whi
c
h can su
pport cl
ock sy
nch
r
oni
zatio
n
,
remote man
ageme
n
t and
other fun
c
tion
s.
In addition, the front
-en
d
equipm
ent work i
n
the ou
tdoor a
nd th
e de
sign of l
i
ghtnin
g
prote
c
tion in
stalled power
arreste
r
at the entra
n
c
e o
f
the power
cord; the entran
c
e of vide
o
sign
al line
an
d commu
nica
tion control
li
ne fitted o
n
t
he
sign
al a
r
rester.
The
o
u
tdoor fro
n
t-e
n
d
equipm
ent is pro
perly g
r
ound
ed a
nd
the gr
oundi
n
g
re
si
stan
ce
is le
ss than
4
, high
soil
resi
stivity are
a
s can be rai
s
ed to
<10
.
3.2. Carr
y
i
ng
Exchange L
a
y
e
r
Hea
dqu
arte
rs co
ntrol
ce
nt
er h
a
ve a
hig
h
-en
d
Ethe
rn
et switch
S75
00 a
nd th
e hi
gh-e
n
d
Ethernet swit
ch S750
0 as core switch
of syst
em, it can
conve
r
ge
many video strea
m
s
(or t
he
police
station
uplo
ad vide
o stream
s), t
he
control
ce
nter
can
watch th
e a
n
y sub-cont
rol
ce
nter
surveill
an
ce
video
sign
al, whil
e in
the
ca
se
of
aut
hori
z
ed
am
o
ng the
sub
-
control
center also
receives
othe
r video m
u
ltica
s
t stream
s. The S7
5
00
is al
so respo
n
sibl
e for the
acce
ss vid
e
o
Evaluation Warning : The document was created with Spire.PDF for Python.
ISSN: 23
02-4
046
TELKOM
NI
KA
Vol. 12, No. 6, June 20
14: 4243 – 4
249
4246
manag
eme
n
t serve
r
VM, DM data manag
eme
n
t serve
r
and
video deco
der DC, DC is
respon
sibl
e for re
ceivin
g multica
s
t video
strea
m
s a
n
d
live view on
the TV wall.
Figure 2. The
Topology of System Network
High
-en
d
Eth
e
rnet
swit
ch
S7500 Ethe
rnet swit
ch i
s
placed in th
e
sub
-
control
cente
r
of
the Jia
n
h
ua
sub
bureau
a
nd Ea
st La
ke
police
sub
s
t
a
tion. Hig
h
-e
nd Ethernet
swit
ch S7
500
as
the core switch of the system
, it can conve
r
ge
within the juri
sd
iction of cam
e
ra a
c
cesse
d
,
inclu
d
ing EP
ON a
c
cess.T
he modul
e-S
F
P-GE-(RJ4
5
)
interfa
c
e is
resp
on
sible fo
r acce
ssing
DC.
DC i
s
re
spo
n
s
ible for
re
cei
v
ing multica
s
t video strea
m
s and live vie
w
on the TV wall.
Main control cente
r
of
the
munici
pal
p
u
b
lic
se
cu
rity
bure
au con
n
e
cted directly
the
sub
-
control center of East Lake
po
lice
statio
n and
Jian
hu
a sub
b
u
r
ea
u by using
Gig
abit singl
e-m
ode
optical fibe
r.
3.3. Contr
o
l Manag
e
ment La
y
e
r
The sy
stem
manag
eme
n
t platform was
con
s
tituted b
y
the followin
g
unit:a video
enco
d
e
r
(EC),
the vid
eo ma
nag
em
ent serve
r
(VM), the
vid
e
o
data
mana
g
e
ment
se
rver (DM), th
e vi
deo
decode
r (DC), video monitoring
client (V
C).
The solutio
n
s
of se
curity
video surve
illance sy
ste
m
used
NG
N (Next Ge
neratio
n
Comm
uni
cati
ons
Network) architectu
re,
the sep
a
rati
on me
cha
n
ism of the video stre
am con
t
rol
and carrying excha
nge ca
n achi
eve a variety of
high-qu
ality busi
ness of moni
toring, incl
udi
ng
real
-time mo
nitoring, vide
o informatio
n
storag
e
and
histori
c
al vid
eo st
re
am pl
ayback; the VM
video ma
nag
ement
serve
r
is the
cente
r
of
si
gn
aling
co
ntrol
and
mana
geme
n
t
of the entire
system, a
V
M
se
rver ca
n man
age
u
p
to 1
000
vi
deo
so
urce,
all monito
rin
g
control
st
ream
pro
c
e
s
sed by
the VM video manage
ment
serve
r
.
Data m
ana
ge
ment serve
r
as the
core
o
f
the storage
system m
ana
gement, the
stora
ge
resou
r
ces of
stora
ge de
vices of di
st
ribut
ed network ca
n
be unified
ma
na
ged
for storage
resou
r
ce. it can flexibly achieve a variet
y of app
licati
ons; the st
re
am of real
-time monito
rin
g
in
system i
s
dist
ributed ex
cha
nging a
nd
pro
c
e
ssi
ng thro
u
gh the IP network.
Real
-time st
reaming
have
acci
dental
and la
r
ge converg
e
n
c
e ratio,
the
distribution
function
of th
e re
al-time
i
m
age
stream
throu
gh th
e l
a
yout of the
MS8000
stre
aming
distri
b
u
tion
serve
r
to su
p
port large-scale monito
rin
g
, which
red
u
c
e bottlen
ecks of the traditi
onal proje
c
t and
delay of the image.
Evaluation Warning : The document was created with Spire.PDF for Python.
TELKOM
NIKA
ISSN:
2302-4
046
De
sign a
nd Rese
arch of Urban Video Su
rveill
an
ce System
(Peng He)
4247
Figure 3. Pro
c
e
ss of Syste
m
Busine
ss
Video storage stream file is wr
itten directly in I
PSAN network
storage dev
ices. it give full
play to the efficient, reliab
l
e and scala
b
ility of
local storag
e and
network sto
r
age, solving
the
bottlene
ck p
r
oblem of the mass sto
r
ag
e
middle se
rve
r
.
Video man
a
g
e
ment clie
nt and de
co
der
acce
ss E
C
e
n
co
der by
UDP unicast, i
n
trodu
ce
d
the corre
s
po
nding mo
nitoring scene of
audio an
d video stre
am, so as to reali
z
e the function
of
real
-time ch
e
ck diffe
rent m
onitorin
g
sce
nario.
The ma
nag
e
m
ent serve
r
and the
software of
the
video surveill
ance sy
stem
inclu
d
e
s
:
data mana
ge
ment (DM), video man
age
ment se
rv
er
(VM) an
d video mana
gem
ent client (V
C),
and the interaction info
rm
ation of between them an
d the system
terminal devi
c
e by co
ntroll
ing
strea
m
exch
a
nged.
3.4. Video Application L
a
y
e
r
The di
gital v
i
deo
su
rveilla
nce
sy
stem
video
ima
g
e
quality requ
ireme
n
ts le
gi
ble, by
comp
ari
ng th
e CIF (3
52 × 288) ima
g
e
s
and D1
(72
0
× 57
6) resolution of the
image, we
can
dra
w
the co
n
c
lu
sion that cl
ear ima
g
e
s
must be saved
usin
g the D1
format.
Develo
pment
of sto
r
ag
e
techn
o
logy h
a
s
gone
through
SCSI, FC, IP ge
ne
ration
s
techni
cal p
r
o
c
e
s
ses. In this proj
ect, we
use IP
netwo
rk
combi
ned
with ce
ntrali
zed SAN stora
ge
mode
ope
rati
on to e
n
sure
netwo
rk efficien
cy. IP SAN is
a hi
gh
-sp
eed
Ethernet-ba
s
e
d
S
A
N
architectu
re,
via iSCSI (Internet S
C
SI, Internet
Small
Comp
uter S
y
stem Interfa
c
e)
protocol to
achi
eve sto
r
e
data b
e
twee
n se
rv
ers and
storage devi
c
e
s
in high
-speed t
r
an
smi
ssi
on. It inhe
rited
the IP network
advanta
g
e
s of op
en,
high pe
rformance, high
reliability, easy to man
age,
scalabl
e, self-ada
ptable, it
realized pe
rforming
stora
ge netwo
rkin
g and appli
c
ations net
wo
rk
seaml
e
ss
co
nne
ction, it provide
d
excellent
re
mot
e
data repli
c
ation
and t
o
lerate
disaster
cha
r
a
c
t
e
ri
st
ic
s.
As extensi
o
n
of the storag
e peri
od ,the
latte
r video q
uality will imp
r
ove, the nu
mber
of
came
ra
s will
increa
se a
n
d
the storage
cap
a
city
will
be dou
bled, i
n
addition,
si
nce th
e multi-
came
ra
mo
nitoring
re
al ti
me d
a
ta i
s
written
con
c
urrently, it h
a
ve hig
her requireme
nts
the
band
width, sustain
ed writ
e perfo
rma
n
c
e a
nd c
ont
rolle
r han
dle
s
pe
rform
a
n
c
e. The
co
n
t
rol
perfo
rman
ce
of
storage device and su
staine
d
re
ad an
d write
band
width i
s
al
so
req
u
ire
d
simultan
eou
s improvem
ent
as capa
city expan
sion
in
orde
r to meet
the need
s of
band
width a
nd
perfo
rman
ce
of the
mo
nitoring
sy
stems. T
he selectio
n
of equipm
ent shall
n
o
t
hav
e
the
bottlene
ck of
internal b
and
width an
d performan
ce.
Acco
rdi
ng to
the busi
n
e
ss n
eed
s of
the stora
g
e
sub
s
ystem,
stora
ge su
bsyste
m
equipm
ent se
lection i
s
the I
P
mass sto
r
a
ge devi
c
e whi
c
h b
a
sed on
multiple di
stri
buted
controll
er
architectu
re. Based on
di
stributed swit
ching
a
r
chit
ect
u
re IP sto
r
ag
e syste
m
can
achi
eve ne
a
r
ly
unlimited sto
r
age
cap
a
cit
y
that can be use
d
to
build thou
san
d
s of TB-cla
ss d
a
ta ce
nter in
theory. With
numbe
r of di
sk
and
sto
r
a
ge capa
city
increa
sing to
o
much, ea
ch
unit increa
se
s i
n
cap
a
city exp
ansi
on, while
simulta
neo
u
s
ly in
cr
e
a
si
n
g
the di
stri
b
u
ted
stora
g
e
co
ntrolle
rs.
By
increa
sing
th
e num
ber of
controlle
rs, t
o
en
su
re the
cap
a
city ex
pan
si
on, storage system
read
Evaluation Warning : The document was created with Spire.PDF for Python.
ISSN: 23
02-4
046
TELKOM
NI
KA
Vol. 12, No. 6, June 20
14: 4243 – 4
249
4248
and
write
for ban
dwi
d
th a
nd the
pe
rformance of
re
ad a
nd
write
expan
d. Not only me
et th
e
increa
sed n
u
m
ber of cam
e
ra
s, but also meet
stora
ge syste
m
capa
ci
ty expansio
n, band
width
expan
sion, p
e
rform
a
n
c
e a
nd ca
pa
city expansi
on re
q
u
irem
ents.
4. Based
Bu
siness Imple
m
enta
tion
4.1. Real-time Monitoring
Image
To sho
w
a flexible and pra
c
tical
real
-time monito
ring function,
the user
ca
n view
multiple ca
m
e
ra
s filming scen
es in multi
p
le pan
es at the sam
e
time
.
Figure 4. Rea
l
-time Monito
ring
4.2. Video Pla
y
back
The d
a
taba
se of video m
anag
ement
server
re
co
rd
ed the
co
rre
spo
nde
nce o
f
device,
cha
nnel, time
and ala
r
m wi
th the physi
cal locatio
n
of stora
ged im
a
ge, by the de
vice, the num
ber
of ch
ann
el
a
nd time
(opti
onal) o
r
by the al
arm
info
rmation,
th
e use
r
ca
n retrieve
a
re
co
rd
ed
history ima
g
e
list, double-click to play. With the iS
CSI protocol, IP-SAN rea
d
e
d
from the hi
story
of reco
rd
ed i
m
age
s, the re
corded im
age
was d
e
code
d and playe
d
out.
Figure 5. Hist
ory Video Image
Evaluation Warning : The document was created with Spire.PDF for Python.
TELKOM
NIKA
ISSN:
2302-4
046
De
sign a
nd Rese
arch of Urban Video Su
rveill
an
ce System
(Peng He)
4249
Duri
ng Imag
e
playback, the dec
ode
r an
d the client o
n
ly aw
arded t
he "rea
d" permissi
on,
in orde
r to prevent importa
nt video informati
on bein
g
malicio
us o
r
unintentio
nal
tamperi
ng.
In addition, the use
r
ca
n ch
oose to pau
se,
continu
e
, specify times
speed pl
ay, screen
captu
r
e when
video playing
.
5. Conclusio
n
Qiqihar video surve
illance sy
stem uses
advanced de
sign program
s
to solv
e
video
surveill
an
ce tran
smi
ssi
on traffic an
d ba
ndwi
d
th req
u
i
r
eme
n
ts ba
sed on EPON technol
ogy. The
intelligent vid
eo
surveill
an
ce
system
[7
] can
re
al-tim
e dynami
c
co
ntrol p
ubli
c
o
r
der, a
nd
dete
c
t
crimi
nal
phe
n
o
meno
n all
d
a
y long.
T
he
system
is abl
e to i
n
tegrat
e
monito
ring
in
formation
sto
r
ed
within the net
work, in orde
r to provide a
favor
able te
chnical su
ppo
rt for quickly finding
crimi
n
a
l
.
The scalability of the system to ensure
the future dev
elopment needs 5-8 years.
Ackn
o
w
l
e
dg
ements
Scien
c
e an
d
Techn
o
logy
Research
Proje
c
t of HeiLon
g Jian
g
Province E
ducation
Dep
a
rtme
nt Item numb
e
r: 1252
1589
Referen
ces
[1]
Gemma Gal
d
o
n
Cl
ave
lla,
Lo
hitzun
e Z
u
l
o
a
g
a
L
o
jo, Arm
a
n
do R
o
mer
o
. C
C
T
V
in Spa
i
n:
An em
piric
a
l
accou
n
t of the
depl
o
y
me
nt of video-s
u
rvei
ll
a
n
ce in
a Sout
h
e
rn-Eur
ope
an
countr
y
.
Information Polity.
201
2; 17: 57–
6
8
.
[2]
Danlett, Seanhier, Andkevin
w
a
lby
.
Policy
Legitimacy
,
Rhet
orical Politics,
and th
e Evaluation of
Cit
y
-
Street Video S
u
rveil
l
a
n
ce Mo
nitori
ng Progr
a
m
s in Can
ada.
CRS/RCS.
20
1
2
; 49(4): 32
8-3
49.
[3]
Chiar
a
F
oni
o. T
he silent gro
w
th of video surv
eill
anc
e in Ital
y
.
Informatio
n Polity.
201
1; 16: 379
–3
8.
[4]
F
eng Ca
o, De
ming L
i
u, Min
m
ing Z
h
a
ng, K
ang Ya
ng, Yi
n
bo Qian. A Dis
tributed D
y
n
a
m
ic Band
w
i
dth
Alloc
a
tion Al
go
rithm in EPON.
Modern Ap
pli
e
d Scienc
e.
201
0; 7(4): 20-24.
[5]
Qu Jun-suo.
A securit
y
c
o
mmunicati
on s
c
heme for Re
al-T
ime EPON.
TEL
K
OMNIK
A
Indones
ia
n
Journ
a
l of Elec
trical Eng
i
ne
eri
ng.
201
2; 5(10)
: 1073-1
0
7
6
.
[6]
QU Juns
uo. D
e
sig
n
of T
i
me
S
y
nc
hro
n
izati
o
n Meth
od for
R
eal-T
ime EPO
N.
TEL
K
OMNIKA
Indo
nes
ia
n
Journ
a
l of Elec
trical Eng
i
ne
eri
ng.
201
3; 7(11)
: 3517-3
5
2
2
.
[7]
Min-GuKim, H
ae-Min
Moo
n
, Yong
w
h
a
Ch
u
ng, Sun
g
Bum
Pan. A Surve
y
and Pr
op
osed
F
r
ame
w
ork o
n
the Soft Biometrics
T
e
chniqu
e
for Hum
an
Ide
n
tificatio
n
i
n
Int
e
lli
ge
nt Vi
deo
Surveil
l
a
n
ce
S
y
stem.
201
2;
10(1
155): 1-
7.
Evaluation Warning : The document was created with Spire.PDF for Python.