Monitoring Single Site Veriﬁcation (SSV) System and Optimization BTS

Network based on Android

Abdul Syukur, Siti Rahmadhani Sabri and Yudhi Arta

Department of Informatics Engineering, Universitas Islam Riau, Pekanbaru, Indonesia

Keywords:

PT. GCI Indonesia, BTS, Maintenance, Android.

Abstract:

Information technology is characterized by the birth of a computer and its rapid development. It started with

the creation of the ﬁrst generation computers to the ﬁfth generation computers today. PT. GCI Indonesia is a

company engaged in telecommunications. This company provides professional consulting and technical ser-

vices to work on wireless networks, transmission networks, data communication, and several other services.

Of course, going to BTS requires a variety of preparations, starting from the BTS data, the types of mainte-

nance performed, the development of maintenance, the costs needed and so forth. For now, PT. GCI Indonesia

itself still uses preparation and reporting by recording on sheets of paper which will later be reported. So from

that, the purpose of this research is to produce a monitoring system with Android and able to archive a lot of

data into the database as the report that will be used for the report.

1 INTRODUCTION

PT. GCI Indonesia is a company engaged in telecom-

munications. This company provides professional

consulting and technical services to work on wire-

less networks, transmission networks, data communi-

cation, and several other services. PT. GCI Indonesia

sends professional technicians to check, repair or re-

new the system at the Base Transceiver Station (BTS).

Of course, going to BTS requires a variety of prepara-

tions, starting from the BTS data, the types of main-

tenance carried out, the development of maintenance,

the costs needed and so on.

To overcome this, currently PT. GCI Indonesia is

still preparing and reporting on performance in BTS

by recording on sheets of paper to be reported to rel-

evant parties. This method is fairly ineffective, con-

sidering the time, effort and efﬁciency of reporting by

technical and the receipt of reports by related parties.

To improve performance, monitoring should be done

more quickly and effectively. In this study, the author

tries to ﬁnd a solution to these problems.

2 LITERATURE REVIEW

According to Nabil Bawaﬁe in the e-ISSN journal:

2338-5197 discusses the Design of SMS-Based In-

ternet Bandwidth Monitoring System. In this study,

an automated system was developed that can pro-

vide information to engineers when there is trouble

on a network. A server is a computer system that

provides certain types of services in a computer net-

work. Servers are supported by scalable processors

and large RAM, also equipped with special operat-

ing systems, which are referred to as network op-

erating systems or network operating systems. The

server also runs administrative software that controls

access to the network and the resources contained in

it, such as ﬁles or printers, and provides access to net-

work member workstations (Bawaﬁe and Muslihudin,

2013).

According to Nelly Indriani Widiastuti conducted

research on monitoring System Study of UNIKOM’s

Informatics Engineering Accreditation Document.

The system developed monitors activities according

to planning, identiﬁes problems that arise so that

they can be addressed immediately, evaluates work

patterns and management used, knows the bond be-

tween activities and objectives and adjusts activities

to changing environments. This system was devel-

oped based on the web as a user interface (Widiastuti

and Susanto, 2014).

According to Asti Herliana in the journal ISSN:

2355-6579 researched Information Systems Monitor-

ing of Software Development in the Development

Phase of Web Development. This system was de-

veloped to help the projects carried out by Devel-

Syukur, A., Sabri, S. and Arta, Y.

Monitoring Single Site Veriﬁcation (SSV) System and Optimization BTS Network based on Android.

DOI: 10.5220/0009186102430249

In Proceedings of the Second International Conference on Science, Engineering and Technology (ICoSET 2019), pages 243-249

ISBN: 978-989-758-463-3

243

opment completed on time. In essence, this sys-

tem monitors the execution of the software and the

time tested according to the agreement (Herliana and

Rasyid, 2016).

3 RESEARCH METHODOLOGY

3.1 Data Collection Technique

The research methodology is the stages that are

passed by the researcher to obtain a clear picture

of the research so the preparation of the research

methodology is as follows (Sulihati, 2016; Jumri,

2013; Risnandar et al., 2015):

1. Data Collecting is data collected, namely symp-

tom data, disease data, case data, the data is ob-

tained by conducting a search or research

2. Literature Studies conducted by collecting and

studying all kinds of information relating to the

monitoring system and everything related to the

programming model

3. System Design that is at this stage carried out

software system design that will be made based

on the results of existing literature studies. This

software design includes data structure design, in-

formation ﬂow design, interface design, algorithm

design and programming

4. System Implementation, namely the system im-

plementation phase is carried out in stages with

reference to literature studies and system design

that has been made

5. Testing and Evaluation At this stage a program

trial is carried out to look for possible problems,

evaluate the course of the program, and make im-

provements if there are shortcomings

6. Preparation of Research Reports is carried out at

the ﬁnal stage as documentation. This documen-

tation is made to explain the application to make

it easier for others who want to develop the appli-

cation further

3.2 System Planning

The description of the ssv monitoring and opti-

mization system process that is currently running

at PT. GCI Indonesia is as follows (Hutasoit and

Mubarakah, ; Auliq and Prasojo, 2018; Cahyadi et al.,

2016):

Figure 1 the manual process that occurs at this

time starts from the management of project data by

Figure 1: The Process System Manual

the Project manager, after that the BTS data according

to the agreed project will be managed by the project

coordinator and admin. The RF engineer will sched-

ule BTS that has been managed by the Project Coor-

dinator and admin. Before leaving the ﬁeld, DT Engi-

neer will request operational funds to the admin with

permission from the project manager. DT Engineer

will input data services and Project Manager can see

the report on the system that is running.

3.3 Flowchart of Program

The program logic ﬂow is illustrated through the fol-

lowing ﬂowchart:

Figure 2 from the program ﬂowchart it can be seen

that there is a login form display, then the user can

enter the username and password. There are 4 users

on this system, namely, Project Manager, Admin and

Project Coordinator, Drive Test Engineer and Radio

Frequency Engineer.

The program logic project manager ﬂow is illus-

trated through the following ﬂowchart:

Figure 3 is the access menu used by the project

manager. The menu provided for access has been ad-

justed to the conditions in the ﬁeld and the rules that

apply at PT. GCI Indonesia

The program logic coodinator admin project ﬂow

is illustrated through the following ﬂowchart:

Figure 4 is the access menu used by the Project

Coordinator and Admin. The menu provided for ac-

cess has been adjusted to the conditions in the ﬁeld

and the rules that apply at PT. GCI Indonesia

The program logic RF engineer ﬂow is illustrated

through the following ﬂowchart:

Figure 5 is the access menu used by RF Engineer.

The menu provided for access has been adjusted to

the conditions in the ﬁeld and the rules that apply at

PT. GCI Indonesia

The program logic DT engineer ﬂow is illustrated

through the following ﬂowchart:

ICoSET 2019 - The Second International Conference on Science, Engineering and Technology

244

Figure 2: Flowchart of Program

Figure 6 is the access menu used by DT Engineer.

The menu provided for access has been adjusted to

the conditions in the ﬁeld and the rules that apply at

PT. GCI Indonesia

4 RESULT

4.1 Testing Login Access Rights Admin,

Radio Frekuensi Engineer, Drive

Test Engineer, Project Manager

The testing login admin access rights, radio frequency

engineer, drive test engineer, and project manager fol-

lowing:

Figure 7 To be able to process data on the system,

Admin PT.GCI Indonesia must log into the system.

Admin must enter the username and password that has

been registered to the system. The following is the

picture of the PT.GCI Indonesia Admin committee’s

PT. GCI Indonesia Admin login form

Figure 3: Flowchart of Project Manager

4.2 Testing Form Login Radio

Frekuensi Engineer (RF)

The testing form login radio frekuensi engineer fol-

lowing:

Figure 8 when going to do data processing on the

system, the Radio Frequency Engineer (RF) ﬁrst login

to enter the system by entering a username and pass-

word that has been registered in the system database.

The following is a test image of the login form of Ra-

dio Frequency Engineer (RF) PT. GCI Indonesia

4.3 Testing Form Login Drive Test

Engineer (DT)

The testing form login drive test engineer following:

Figure 9 when going to do data processing on the

system, the Test Drive Engineer (DT) ﬁrst login to

enter the system by entering the username and pass-

word that has been registered in the system database.

The following is a picture of testing the login form of

Drive Test Engineer (DT) PT. GCI Indonesia

Monitoring Single Site Veriﬁcation (SSV) System and Optimization BTS Network based on Android

245

Figure 4: Flowchart of Koordinator Admin Project

4.4 Testing Form Login Project

Manager

The testing form login project manager following:

Figure 10 when going to do data processing on the

system, the Project Manager ﬁrst login to enter the

system by entering a username and password that has

been registered in the system database. The following

is a test picture of the Project Manager (DT) PT. GCI

Indonesia login form

4.5 Form Data Service

The form data service following:

In Figure 11 above explains that the data service

that has been inputted by the Drive Test Engineer

(DT) will be displayed in the table above where the

data is stored in the database and can use ascending

or descending shorting according to column selection

4.6 Form Graph Project per Week

The form graph project following:

Figure 5: Flowchart of RF Engineer

Figure 6: Flowchart of DT Engineer

4.7 Form Graph Project per Month

The form graph project per month following:

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246

Figure 7: Testing Form Login Admin and Main Menu Ad-

min

Figure 8: Testing Form Login Radio Frekuensi Engineer

(RF) and Main Menu RF

Figure 9: Form Login Drive Test Engineer (DT) and Menu

4.8 Form Graph Project per Year

The form graph project per year following:

Figure 10: Testing Form Login and Main Menu Project

Manager

Figure 11: Form Data Service

Figure 12: Form Graph Project

Monitoring Single Site Veriﬁcation (SSV) System and Optimization BTS Network based on Android

247

Figure 13: Form Graph Project Per Month

In pictures 12, 13, and 14 display graph reports

weekly, monthly and annually that can be seen by the

project manager.

5 CONCLUSIONS

After conducting research, designing and testing

the SSV Monitoring System and BTS network Op-

timization using the Android case study of PT. GCI

Indonesia, conclusions can be taken as follows:

Has successfully made the SSV Monitoring Sys-

tem and BTS network Optimization using the An-

droid case study of PT. GCI Indonesia, and based on

the results of testing that has been done using Black

box, SSV Monitoring System and BTS network Opti-

mization using the Android case study of PT. GCI In-

donesia has achieved efﬁciency as a monitoring sys-

tem, and the last based on the results of testing that

Figure 14: Form Graph Project Per Year

has been done using the White box, SSV Monitoring

System and BTS network Optimization using the An-

droid case study of PT. GCI Indonesia facilitates the

data storage process in accordance with ﬁeld condi-

tions.

REFERENCES

Auliq, M. A. and Prasojo, K. S. (2018). Perancangan sistem

monitoring power bts (base transceiver station) meng-

gunakan sms gateway berbasis mikrokontroler atmega

8535. PROSIDING SENSEI 2017, 1(1).

Bawaﬁe, N. and Muslihudin, M. (2013). Perancangan sis-

tem monitoring bandwidth internet berbasis sms. Jur-

nal Sarjana Teknik Informatika, 1(1):241–247.

Cahyadi, D., Agus, F., and Iman, M. (2016). Studi peman-

faatan network monitoring system pada intra/inter-net

pemerintah provinsi kalimantan timur sebagai bahan

rekomendasi untuk memaksimalkan utilisasi jaringan

intra/inter-net. Informatika Mulawarman: Jurnal

Ilmiah Ilmu Komputer, 5(2):38–49.

Herliana, A. and Rasyid, P. M. (2016). Sistem informasi

monitoring pengembangan software pada tahap devel-

opment berbasis web. Jurnal Informatika, 3(1).

Hutasoit, E. F. and Mubarakah, N. Analisis unjuk kerja

jaringan pada sistem cdma (studi kasus telkom ﬂexi

medan). Singuda ENSIKOM, 7(1):23–29.

Jumri, J. P. (2013). Perancangan sistem monitoring kon-

sultasi bimbingan akademik mahasiswa dengan noti-

ICoSET 2019 - The Second International Conference on Science, Engineering and Technology

248

ﬁkasi realtime berbasis sms gateway. Jurnal Sistem

dan Teknologi Informasi (JustIN), 1(1):21–25.

Putro, M. R. D., Susanto, T., and Sutomo, E. (2014). Ran-

cang bangun sistem informasi monitoring antrian pada

koperasi setia bhakti wanita berbasis web. Jurnal

JSIKA, 3(1):204–211.

Risnandar, E. et al. (2015). Pembuatan Aplikasi Sistem

Informasi Monitoring Kegiatan Mahasiswa Berbasis

Web dan Android Client. PhD thesis, UNIVERSITAS

NEGERI SEMARANG.

Sulihati, A. (2016). Aplikasi akademik online berbasis mo-

bile android pada universitas tama jagakarsa, volume

xi, nomor 1, hal 18-19. Universitas Tama. Jagakarsa.

Widiastuti, N. I. and Susanto, R. (2014). Kajian sistem

monitoring dokumen akreditasi teknik informatika

unikom. majalah ilmiah UNIKOM, 12(2).

Monitoring Single Site Veriﬁcation (SSV) System and Optimization BTS Network based on Android

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