Batel f re v66

Kpis dégradés sur la U1_F3 cause IU, Pouvez-vous vérifier la TRANS du site
Actions déjà engagées :

 Reboot FTM
 Désolidarsation IPNB
 L/U modules Radio & Systèmes
 Réinjection de commissioning

 Reboot FTM
En avance merci pour votre prise en charge.

 Reboot FTM

 Reboot FTM
 Analyser les types de fichiers connus (récupération de fichier brut): si le système de fichier
du disque est gravement endommagé ou non pris en charge, R-Studio recherche les modèles de
données spécifiques ("signatures de fichiers") typiques de certains types de fichiers (documents
Microsoft Office, jpg, etc.). Des types de fichiers connus peuvent être définis pour la
personnalisation.
 Reconnaissance et analyse syntaxique des schémas de partition (UNIX) de Basic(MBR), GPT et
BSD et de la carte de partition Apple. Fonctionne avec Dynamic volumes (Windows 2000-
2012/8.1) sur MBR et GPT.
 Prise en charge des Espaces de stockage Windows (créés par Windows 8/8.1 et 10), des RAIDs
logiciels Apple, et des Gestionnaires de volumes logiques Linux (LVM/LVM2). R-Studio peut
automatiquement reconnaître et assembler les composants de ces gestionnaires de disques
même si leurs bases de données ont été légèrement endommagées. Les composants dont les
bases de données ont été gravement corrompues peuvent être ajoutés manuellement.
 Récupération de RAID endommagé. Au cas où l'OS ne reconnaît pas votre RAID, vous
pouvez créer un RAID virtuel depuis ses éléments constitutifs. De tels RAID virtuels peuvent
être traités comme un vrai.Niveaux de RAIDs standards pris en charge : 0, 1, 4, 5, 6. Niveaux
de RAIDs imbriqués et non-standards pris en charge : 10(1+0), 1E, 5E, 5EE, 6E. Prise en charge
des délais de parité sur tous les niveaux applicables. Prise en charge des agencements de RAIDs
spécifiés par le client.

 Paramètre de reconnaissance automatique RAID.R-Studio est capable de reconnaître
l'ensemble des paramètres RAID 5 et 6. Cette fonctionnalité aide l'utilisateur à résoudre l'un
des problèmes les plus difficiles de la récupération RAID.
 Crée des FICHIERS IMAGES pour la totalité d'un disque dur, une partition ou une de ses
parties. De tels fichiers images peuvent être compressés et divisés en différents fichiers pour
les mettre sur CD/DVD/flash ou FAT16/FAT32/exFAT. Les fichiers images peuvent alors être
traités comme des disques normaux.
 La récupération de fichiers sur des partitions endommagées ou supprimées, des fichiers
cryptés (NTFS 5), des flux de données alternatifs (NTFS, NTFS 5).
 Récupération des données si:
o FDISK ou d'autres outils de gestion de disques ont été lancés;
o Un VIRUS s'est introduit ; FAT est endommagé ; MBR est détruit.
 Reconnaît les noms localisés.
 Les fichiers récupérés peuvent être enregistrés sur n'importe quel disque (même réseau)
accessible par le système d'exploitation de l'hôte. Les fichiers récupérés peuvent être
enregistrés sur un disque d'un ordinateur connecté à distance au lieu d'être transféré par le
réseau sur un en local.
 Prévisualisation des fichiers pour estimer les chances de récupération. La plupart des types de
fichiers peuvent être prévisualisés même quand leurs applications ne sont pas installées.
 Le contenu d'un fichier ou d'un disque peut être vu et édité avec l'éditeur avancé
hexadécimal. L'éditeur supporte l'édition d'attribut de fichier NTFS.
 Surveillance des attributs S.M.A.R.T.. R-Studio peut afficher les attributs S.M.A.R.T. (Self-
Monitoring, Analysis and Reporting Technology, soit Technique d'Auto-surveillance, d'Analyse et
de Rapport en anglais) pour disques dur afin de surveiller leur état et de prédire les possibles
défaillances. Il est conseillé d'éviter de travailler sur un disque dur si une alerte S.M.A.R.T.
apparaît.
 Intégration avec DeepSpar Disk Imager, un système d'imagerie HDD professionnel
spécialement conçu pour la récupération des données de disques durs ayant des problèmes
matériels. Une telle intégration permet à R-Studio d'accéder précisément et en profondeur aux
disques durs ayant un certain degré de dysfonctionnement matériel. De plus, il permet
d'exécuter la création d'images disque et l'analyse du disque simultanément. Autrement dit,
chaque secteur auquel R-Studio accède sur le disque source est immédiatement cloné sur un
disque clone, et toute autre opération de récupération de données sera effectuée à partir du
disque clone afin d'éviter toute détérioration supplémentaire du disque source et de réduire le
délai de traitement. Plus de détails sur...
Outil
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Ext2/Ext3/Ext4
FS
UFS/HFS/HFS+
Prix,
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Obtenir CLUF
R-STUDIO network edition 179.99
R-STUDIO 79.99
R-Studio NTFS network edition 124.99
R-Studio NTFS 49.99
R-Studio FAT network edition 124.99
R-Studio FAT 49.99
R-Studio Technician License 899.00

R-Studio Demo
R-Studio Agent
R-Studio Emergency
Licence de volume
L'outil peut récupérer des fichiers sans distinction de taille L'outil peut récupérer des fichiers inférieurs à 256 ko Outil de
service
Récupération locale Récupération en réseau
Produits

 R-Studio
 R-Studio pour Mac
 R-Studio pour Linux
 R-Undelete
 R-Drive Image
 R-Crypto
 R-Mail
 R-Word
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 R-Linux
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Compatibilité
 Assistance technique
 Centre d'assistance
 Demande d'assistance technique
 Forum R-TT
 Assistance clients
 Console de l'utilisateur enregistré
 FAQ Ventes
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 Login
Configuration requise

 Une plateforme compatible Intel utilisant Windows 2000/XP/ 2003/Vista/2008/ Windows 7/8/8.1/10 /
Windows Server 2012.
 Au moins 256 Mo de RAM, une souris, et assez d'espace disque pour les
Doté de nouvelles technologies uniques de récupération de données, R-Studio est la solution de
récupération de données la plus complète pour opérer sur NTFS, NTFS5, ReFS, FAT12/16/32,
exFAT, HFS/HFS+ (Macintosh), variantes petits et gros boutiens de UFS1/UFS2
(FreeBSD/OpenBSD/NetBSD/Solaris) et partitions Ext2/Ext3/Ext4 FS (Linux). Il utilise
également la récupération de fichiers bruts (analyse des types de fichiers connus) pour les
systèmes de fichiers gravement endommagés ou non reconnus. Il fonctionne sur les disques
locaux ou réseau, même si les partitions sont formatées, endommagées ou supprimées. Des
configurations de paramètres flexibles vous permettent un contrôle absolu sur la récupération
des données.
En plus d'être un outil complet de récupération de données, R-Studio inclut également:
 Un module de reconstruction RAID avancé.
 Un éditeur de texte et hexadécimal complet
 Un module complet de copie et d'image de disque réuni en un seul logiciel, qui fait de R-Studio
la solution idéale pour créer une station de travail de récupération de données.
Les outils R-Studio récupèrent des fichiers:
 Suppression hors de la Corbeille, ou lorsque la Corbeille a été vidée;
 Supprimé par une attaque de virus ou une coupure de courant;
 Après que la partition avec les fichiers a été reformatée, même pour un système de fichier
différent;
 Lorsque la structure de partition sur le disque dur a été changée ou endommagée. Dans ce cas,
les outils R-Studio peuvent scanner le disque duren essayant de trouver des partitions
précédentes et de récupérer les données de ces partitions.
 Depuis le disque dur avec de mauvais secteurs. Le logiciel de récupération de données R-Studio
peut d'abord copier le disque en entier ou une partie sous forme de fichier image et ensuite
traiter le fichier image. C'est particulièrement utile lorsque de nouveaux mauvais secteurs
apparaissent constamment sur le disque dur et que les informations restantes nécessitent
d'être sauvegardées.
Caractéristiques R-Studio Version 7.x Version 6.x Version 5.x Version 4.x Version 3.x
 Interface standard de style Windows Explorer.
 OS Hôte : Windows 2000, XP, 2003 Server, Vista, 2008 Server, Windows 7, Windows 8/8.1,
 Récupération de données via un réseau. Les fichiers peuvent être récupérés sur des
ordinateurs en réseau fonctionnant
sous Win2000/XP/2003/Vista/2008/Windows 7/8/8.1/Windows Server 2012, Macintosh,
Linux et UNIX.
Systèmes de fichiers pris en charge: FAT12, FAT16, FAT32, exFAT, NTFS,µTechnical
Training on 3G RF Optimization
Optimization is to
 Keep track of network
 Improve quality of network
 To provide best network quality using any available spectrum analyzer
 Accessibility, Retainability, Mobility

CS – Circuit switch – voice
PS- Packet switch – Data services faster than 2G data service
Video = CS + PS
RSCP- Receive signal level of a particular CPICH (dbm)
Ec/Io – The CPICH quality
CPICH- Common Pilot indication channel – it is a broadcast for every cell
IRAT- Handover from 3G to 2G Inter Radio Access technology
Softer handover – Softer HO occur btw sector of the same site
Soft HO- Occur btw sectors of the different sites
3G Optimization
Top aspects of 3G optimization
 Coverage Optimization
 Call Drop Optimization
 Handover & Neighbors Optimization
 Quality -Interference & Pilot Pollution Optimization
1. Coverage
3G RSCP level
Good: RSCP ≥ -85 dBm
Fair: -95 dBm ≤ RSCP < -85 dBm
Poor: RSCP < - 95 dBm
RSCP
-65
-75
Good
Radio
Ok
Interference
-85
-95
-105
-125
-6 -10 -14 -18 Ec/No
Coverage
Limited
Coverage limited
w/ interference
3G Coverage-Quality RSCP Ec/Io
Good > -95 dBm >= -6 dB
Radio OK > -95 dBm -6 >x>= -10 dB
Interference > -95 dBm < - 10 dB
Coverage Limited < -95 dBm >= -10 dB
Coverage Limited < -95 dBm < -10 dB
w/ interference

Coverage
Causes Poor Coverage
1. Poor coverage due to bad RSCP- Receive signal level < -95dbm
2. Poor Coverage due to Missing neighbors & handover failure
3. Faulty hardware.
4. Interference
1. Coverage Optimization
Ways to improve coverage in a network if any of the following issue occurs
Ways to improve coverage in a network if any of the following issue occurs
I. Poor coverage - RSCP
Ways to improve poor coverage
 Antenna tilt
 Antenna azimuth
 Antenna location
 Antenna height
 Antenna type
 Site location
 New site
II. High interference and hence poor Ec/Io – High RTWP
Ways to resolve high interference in other to improve coverage
 Resolve High RTWP –Receive total wideband power
 Change antenna azimuth

 Check Feeder connector
 Check external interference
III. Poor Coverage due to Missing neighbors
Ways to resolve missing neighbors in other to improve coverage
 Add missing neighbor cells
 Check neighbor list from BSS engineer.
IV. Poor Coverage due to Pilot Pollution (too many cells present )
Ways to resolve pilot pollution in other to improve coverage
 Antenna Adjustment - Azimuth
 Antenna down tilt
 Lower pilot CPICH power
V. Check hardware alarm, Loss of attenuation check – Feeders , connectors & Jumper
2. Call Drop
Causes of call drop
1. Poor coverage – Low signal strength
2. Handover failure
3. Missing Neighbors
4. Interference
5. Faulty Hardware
6. Pilot pollution
7. Signalling
2. Optimization of Call Drop
I. Call drop due to Poor coverage- Low signal strength
Ways to Optimize
 Antenna tilt
 Antenna azimuth
 Antenna height
 Antenna type

 Antenna location
 Site location
 New site
II Call drop due to Handover failure
Ways to optimize handover failure
 Unavailable time slots because of high traffic – Increase time slot
 Congestion – Increase Capacity
 Low signal strength and bad quality
 Check handover margin
 Hardware problem like TRX or time slot problem
III Call drop due to Missing neighbor
Ways to optimize handover problem
 Check neighbor list from BSS engineer
 Add missing neighbor cells
 Remove unnecessary neighbor cells
IV Call drop due to Interference.
Ways to resolve interference issue, in other to reduce call drop in a network and
improve performance.
 Resolve High RTWP –Receive total wideband power
 Change antenna azimuth in the affected area.
 Check Feeder connector
 Check external interference if any
V Call drop due to Pilot Pollution (too many cells present)
Ways to resolve pilot pollution issue, in other to reduce call drop in a network and
improve performance
 Change Antenna Azimuth in the affected area
 Antenna down tilt
 Lower pilot CPICH power
VI Check hardware Alarm, Radio failure and Node B failure
V. Signaling - Run a Trace in the affected area
3. Neighbor Optimization

I. Neighbor relation should be well defined to avoid call drop
3G to 3G – on 3G network RNC
3G to 2G – on 3G network RNC
2G to 3G – on 2G network BSC
II. Check neighbor list from BSS engineer
III. Add missing neighbor cells
IV Remove unnecessary neighbor cells.
3b Handover Optimization -
Check Handover margin
4. Quality -Interference & Pilot Pollution Optimization
1. Identification and Optimization of pilot pollution
Below are the process or condition for the identification of Pilot pollution in a network
 More than 3 Active set in a cluster
 All active set CPICH_RSCP > -95dbm
 The difference between first & last active set < 5dbm
 Pilot Scrambling code contribution more than 8% of pilot pollution in a cluster
Below are the process to resolve or optimize pilot pollution
 Antenna Adjustment - Azimuth
 Antenna down tilt - By adjusting tilts on the best servers, or worst interference, pilot
pollution can be removed or reduced in a network
 Lower pilot power
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2G Optimization
Optimization covering the following topics:
1. Low signal strength analysis
2. TCH Assignment Analysis
3. Interference analysis
4. SD and TCH congestion analysis
5. SD drop due to other reasons
6. HOSR Analysis
Low Signal Strength Analysis
lets starts todays topic that is Low signal strength analysis. What could be
the probable cause of low signal while you drive or optimize. First see the
following flow chat and try to understand the things
Low Signal strength is one of the reason of drop call. It can
be indicated by many calls disconnected at low signal
strength by subscriber, drop calls due to excessive TA,
poor handover performance and poor call setup
performance.
What could be the probable reasons
Probable Reason
Poor BSC
Exchange
Property
setting
High LOWSSDL & LOWSSUL
will give more drop reason
due to SS and this might not
show the actual drop. It is
because drop due to SS is
more priority than Quality.

No dominant
cell
Cell might be isolated or
standalone.
Antenna tilt &
orientation
Too much downtilt sometimes
might not cover a larger area
and the subscriber might lose
the SS.
Output Power Low output power might
cause smaller border cell.
Just try to observed what could be the right cause :-
The following procedure should be performed for low
signal strength
analysis:
1Identify the baseline requirement of design and BSC exchange property
(setting for LOWSSUL/LOWSSDL).
2. Check the value for LOWSSDL & LOWSSUL. If it is higher than
ACCMIN, change the parameter to a reasonable value since the drop
reason will be more priority to SS compared to Quality.
3. Check the site position, antenna direction, position etc. This is to
ensure the possible location is open to interference (open water
environment) or isolated. Good map is needed for this.
4. Check if the site is sectorized or Omni. If it is Omni, set the cell into
sectorized cell.
5. Check if the signal strength is uplink or downlink limited. Mostly, It is
designed to be downlink limited.
6. Check the coverage cover expected area from the planet. If it is not,
check the antenna tilt and orientation. Change the direction or tilt if it
is too much downtilt or pointing to a wrong direction.
7. Sometime, low output power might cause low SS. Check output power
and if it is low, increase the output power.
8. 8:
9. Check cell whether it has hotspots from drivetests. If found, adding
new site is recommend.
10. In order to check power distribution, run Cell Traffic Recording
(CTR) to that particular cell.

11.10:
12. Check if the cell has indoor coverage problem. If yes, add micro
site instead.
TCH Assignment Analysis
Successful assignments show the number of successful TCH allocations at
call setup.
At unsuccessful assignment, the Assignment Complete message, sent by the
MS, was never received by the BTS.
The formula is defined as:
% TCH
ASSIGNMENT
SUCCESS RATE
= TFCASSALL X 100 %
TASSATT
Probable Reason
No dominant
serving cell
The serving cell cannot cope with the
TCH traffic.
Severe congestion
on TCH
Failing TCH allocation for assignment
or handover due to congestion
Low signal strength
for call access
The signal strength might be higher on
the BCCH than on the TCH.
Interference Disturbance on SDCCH or target TCH
Faulty transceiver Faulty equipment
The following procedure should be performed for TCH
Assignment analysis:
1: For TCH assignment success rate, the first thing, check the TCH Time
Congestion.
2: If there is congestion on TCH, it is recommend doing the dimensioning
and adding TRU based on carried TCH traffic demand.
3: If there is no congestion on TCH, check the output power of the BTS. If
the output power is low, increase the output power.
4: If the output power is ok, check the faulty BTS by extracting BTS error
log.
5: If hardware fault found, swap or repair HW.
Perform drivetests to check the coverage and received RxLEV.

6: If no dominant cell or similar signal strengths of a few cells found during
drivetests, it is recommended to add BTS.
7: If there is no problem on the dominant cell, check the interference
whether co-channel or adjacent channel.
8: Check the disturbance whet
2G Optimization
Optimization covering the following topics:
7. Low signal strength analysis
8. TCH Assignment Analysis
9. Interference analysis
10. SD and TCH congestion analysis
11. SD drop due to other reasons
12. HOSR Analysis
Low Signal Strength Analysis
lets starts todays topic that is Low signal strength analysis. What could be
the probable cause of low signal while you drive or optimize. First see the
following flow chat and try to understand the things

Low Signal strength is one of the reason of drop call. It can
be indicated by many calls disconnected at low signal
strength by subscriber, drop calls due to excessive TA,
poor handover performance and poor call setup
performance.
What could be the probable reasons
Probable Reason
Poor BSC
Exchange
Property
setting
High LOWSSDL & LOWSSUL
will give more drop reason
due to SS and this might not
show the actual drop. It is
because drop due to SS is
more priority than Quality.
No dominant
cell
Cell might be isolated or
standalone.
Antenna tilt &
orientation
Too much downtilt sometimes
might not cover a larger area
and the subscriber might lose
the SS.
Output Power Low output power might
cause smaller border cell.
Just try to observed what could be the right cause :-
The following procedure should be performed for low
signal strength
analysis:
1Identify the baseline requirement of design and BSC exchange property
(setting for LOWSSUL/LOWSSDL).
2. Check the value for LOWSSDL & LOWSSUL. If it is higher than
ACCMIN, change the parameter to a reasonable value since the drop
reason will be more priority to SS compared to Quality.
3. Check the site position, antenna direction, position etc. This is to
ensure the possible location is open to interference (open water
environment) or isolated. Good map is needed for this.
4. Check if the site is sectorized or Omni. If it is Omni, set the cell into
sectorized cell.
5. Check if the signal strength is uplink or downlink limited. Mostly, It is
designed to be downlink limited.

6. Check the coverage cover expected area from the planet. If it is not,
check the antenna tilt and orientation. Change the direction or tilt if it
is too much downtilt or pointing to a wrong direction.
7. Sometime, low output power might cause low SS. Check output power
and if it is low, increase the output power.
8. 8:
9. Check cell whether it has hotspots from drivetests. If found, adding
new site is recommend.
10. In order to check power distribution, run Cell Traffic Recording
(CTR) to that particular cell.
11.10:
12. Check if the cell has indoor coverage problem. If yes, add micro
site instead.
TCH Assignment Analysis
Successful assignments show the number of successful TCH allocations at
call setup.
At unsuccessful assignment, the Assignment Complete message, sent by the
MS, was never received by the BTS.
The formula is defined as:
% TCH
ASSIGNMENT
SUCCESS RATE
= TFCASSALL X 100 %
TASSATT
Probable Reason
No dominant
serving cell
The serving cell cannot cope with the
TCH traffic.
Severe congestion
on TCH
Failing TCH allocation for assignment
or handover due to congestion
Low signal strength
for call access
The signal strength might be higher on
the BCCH than on the TCH.
Interference Disturbance on SDCCH or target TCH
Faulty transceiver Faulty equipment
The following procedure should be performed for TCH
Assignment analysis:
1: For TCH assignment success rate, the first thing, check the TCH Time
Congestion.

2: If there is congestion on TCH, it is recommend doing the dimensioning
and adding TRU based on carried TCH traffic demand.
3: If there is no congestion on TCH, check the output power of the BTS. If
the output power is low, increase the output power.
4: If the output power is ok, check the faulty BTS by extracting BTS error
log.
5: If hardware fault found, swap or repair HW.
Perform drivetests to check the coverage and received RxLEV.
6: If no dominant cell or similar signal strengths of a few cells found during
drivetests, it is recommended to add BTS.
7: If there is no problem on the dominant cell, check the interference
whether co-channel or adjacent channel.
8: Check the disturbance whet
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New Starters Guide
2G and 3G MML Commands

2G MML Commands
Information
BSC Base Station Controller
BTS Base Transceiver Station
TRX Transceiver
Link Connection between two network elements
A-Interface Interface between BSC – MSC
Abis-Interface Interface between TRX - BSC

Air-Interface interface between Mobile Station and TRX
2G BSS MML commands
ZEOL:nn; Current alarms for particular site.
ZEOH:2001-03-01,10-00-00:BCF=nn; Shows alarms from 10.00 Hrs on 1/3/2001
to present day.
ZEEI:BCF=nn; Shows state of particular site.
ZEFR:nn Confirm “ Y “ Complete site reset, if any calls are
current then calls will be dropped.
ZEFS:nn:L; Locks site U; Unlocks Locks/Unlocks site if any calls
are current then calls will be
dropped.
ZEQS:BTS=nn :L; U; Locks/Unlocks sector if any calls are
current then calls will be dropped.
ZEQS:BTS=nn :L:FHO,30;Locks sector after 30 seconds, after forcing the calls to
handover to
another site.
ZERS:BTS=nn,TRX=nn:L; Locks a TRX U; Unlocks
Locks/Unlocks an individual TRX on a sector
(not if Hopping = ON)
ZEFR:nn:OMU; Resets site OMU.

ZERO:BTS=nn; Shows T/S usage & I levels for each TRX for
the Sector
ZYMO:ET,nn; Gives ET stats for site. (BER)
Locking down a site for a Planned work
ZEQS:BTS=nn :L:FHO,30; Lock all sectors One at a time.
ZEFS:nn:L; Locks site
ZEQS:BTS=nn :U; Unlock all sectors One at a time
(This saves time at the end of the
Planned Work, when Field Op wants site
restored to service)
ZEFS:nn:U; Unlocks site
BSC MML Commands
ZAHO; List all current alarms on Particular
BSC
ZAHP: : :2001-03-01,10-00-00; Shows alarms from 10.00 Hrs on
1/3/2001 to present day

ZEEL:BL; Shows all Blocked Sites / Sectors /
RX / Time Slots
ZDSB: : :PCM=nn; List all connections to a PCM (ET)
ZNEL; Shows all Signalling links to MSC
Please check commands before use.
NO responsibility will be accepted for errors in this document.
COMMON COMMANDS

ZACC: Enter alarm No. in brackets.
(Cancels alarm off MSC/BSC)…
ZEOR on BTS.
ZAHO: Gives alarms present on MSC/BSC.
ZAHP: Gives alarm history for MSC/BSC.
ZCEC:CRCT=345-1&&-3:BA; (=BARRED) then SE; (=SEPARATED) then NU;
(=NOT USED) then SE; (AGAIN!) then WO; (= WORKING)
Use this command to toggle in fault y
timeslots
ZCEL: CGR= 1024 : Gives state of all channels as a
whole.
ZCEL:CGR=1024,FORM=EXT,ST=BA-ALL;
Shows all channels within Circuit
group that are barred.
CGR=1024,FORM=EXT,ST=SE-SY; Shows all channels within Circuit
Group that are in the state Seperated
by System
ZCRI:SEA=(select your search criteria):CRCT= xxxxx:
Gives state of all channels
individually within Circuit Group.
ZCRI; Lists all circuit groups on the switch.

ZCRM: Modify State of Circuit group.
ZDDA; To adjust time…….check again at
OMC : ZDCC;
ZDRI: Outputs Sync. Info.(esp.on BSC)
ZDTI: Checks LAPD (DPNSS) link. (eg.
ZDTI: NAM=T1084;)
ZDTC: Change state of LAPD (DPNSS) link.
ZEDO: To find out BSC info and BTS’s that
are connected to the BSC.
ZEEL: BL; Outputs all blocked
TRXs/CHANNELS on a BSC.
ZEEI: Then e.g. BCF=52, gives LAC
(Location Area Code), Cell ID.
Admin state,
ZEEI; Without qualifier prints out all BCF
info. Including PCM Nos.
ZEFR: Resets BCF and downloads software
from BSC. (With parameter OMU,
resets omu)

ZEFS: To lock/unlock BCF (Change state)
e.g. ZEFS : 42 : U ;
ZYEC: ET , xx : NORM , CRC4 ; …Resets
counters on ET xx (can help sort out
sync. problems)
ZELO: Gives all BTSs on a BSC.
ZEOH: Input BCF No. And date/time (Gives
alarm history for a site from the
specified date and Time).
ZEOL: (BCF No.) Gives all alarms present
on a site.
ZEOR: Cancels alarm from BTS.
ZEPO: Gives the BSC under which an
entered BTS lies (routing zone also
given).
ZEQO: Cell info. (i.e. If barred etc.).
ZEQS:BTS=XX:L:FHO,20; Forces handover of all calls after 20
seconds.
ZEFS:xx:L; Blocks down site.
ZEFS:xx:U; Unblocks site.
Quicker way of locking/unlocking Site/BCF….
Instead of going for MML session with BCF go to “RADIO NETWORK MANAGEMENT” then to “RNW
PARAMETERS”

ZERO: BTS=19,TRX=3; Gives state of the specified TRX.
ZERS: BTS=xx,TRX=xx,:L: ; Lock TRX.
ZERS: BTS=xx,TRX=xx,:U: ; Unlocks TRX.
ZERS: BTS=xx,TRX=xx,CH=xx:L: ; Locks channel.
ZERS: BTS=xx,TRX=xx,CH=xx:U: ; Unlocks channel
ZEAO:BTS=xx; Shows adjacent cell info. Using the
BTS’s adjacent CI. Check the LAC
and CI of all adjacent cells given
(Also on other BSCs)
ZEVV: Downloads s/w database into buffer
of BTS. (Used if no d/b already in
Flash Memory…then Reset site twice
to place in RAM)
TCSM COMMANDS
ZDDT: Accesses TCSM (From BSC end of
link) e.g. ZDDT:TCSM,16;

USERNAME = EXPERT
PASSWORD = SYSTEM
A = Alarm handling command menu
L = Synchronization command menu
E = ET Supervision command menu
Examples:
AI = Alarms currently active.
AC = Wired alarms from other
TCSM2 units.
LS = Displays Sync. Inputs
LP = Changes Priority
LF = Changes Sync. Input.
LO = Sets operating mode
(Hierarchical or Plesiochronous)
Z = Return to main menu
X = Exit
NSS MML Info / Commands
Circuit Groups
There are 2 ways of identifying a Circuit Group

CGR Circuit Group
NCGRName of Circuit Group
Examples:
NCGR CGR Route
MxxPyyB1 10yy BT Route
MxxXyyB1 12yy Orange Link/ OWE Route
MxxRyyB1 14yy WAP RAS Route
MxxWyy 15yy Wildfire Route
MxxZyyB1 16yy Cable & Wireless Route
MxxMyyB9 18yy Data Route
MxxVyyB1 19yy VPS Route
3** Route to a BSC
1** Internal Circuit Group
2** Internal Circuit Group
MxxMyyB18yy Inter MSC route – the last 2 digits refer to the
destination MSC
ZMIO: On HLR to find out which VLR IMSI
is on.
ZMJL: On HLR to output list of VLR
Addresses.

ZMVO: ON HLR toVLR Detach.
ZNBI: Gives all number ranges.
ZNEL: Lists all signalling links and their
states.
ZNGI:NA0,H’(Signalling Point Code No. in Hex)….
Gives more info. on destination etc.
ZNHI: NA0,H’(Signalling Point Code No. in Hex)….
Gives even more information.
ZNLI: Interrogates Signalling Link States.
Bxxx = BSC Link, Vxxx = VPS Link
Txxx = TSC Link, Pxxx = PSTN Link
Hxxx = HLR Link etc. )
ZMBO: On HLR finds IMSI from MSISDN.
ZMSO: MSISDN=xxxxxxxxxxx; On HLR
outputs supplementary info for
MSISDN.
IMSI=xxxxxxxxxxxxxxx; On HLR
outputs supplementary info for IMSI.
ZQNS: Outputs MML type sessions open to
an Element and last command input.

ZQNI: On OMC checks all OMC links.
ZUSI: Gives state of Unit(s) which is/are
requested in parameter info.
ZUSU/C: Restarts/Changes state of Unit.
ZWIP: CGR; Outputs CGR data.
ZYMO:ET,xx; Outputs PCM stats. on an ET. (eg.
ZYMO:ET,16:SLI; outputs slips on
ET 16)
ZIGO: Outputs MML information for a
site/switch.
ZIAB: Allows a certain command to be
used , e.g. ZIAB:MXM:EXEC=N;

3G MML Commands
Check all live alarms on
RNC- ZAAP:;
Check all alarms back to midnight
ZAHP:;
Check all alarms on a given WBTS
ZAAP:WBTS,XXX; or ZAAO:WBTS,XXX
Output alarms for a given unit….
ZAAP: (return) and select one of following…
ZAAP:
/* IDENTIFY UNIT TYPE:
OMU MXU NIS1P NIP1
NIS1 RSMU RRMU ICSU
GTPU SFU TBU A2SU
DMCU FDU WDU VDS
VTP VPP LPD SCSI

NEMU WBTS NONE
DEFAULT IS ALL */
Output all NIP1s and PETs on RNC…(shows which NIP1 PET is on)
ZUSI:NIP1,::FULL;
Alarm check on a given PET After checking which NIP1 PET is on)
ZAAP:NIP1,X,PET,YY; where X =NIP1 number, YY=PET number
Output all NIS1s and SETs on RNCs
ZUSI:NIS1,::FULL;
Alarm check on a given SET After checking which NIS1 SET is on)
ZAAP:NIS1,X,SET,YY; where X =NIS1, YY=SET number
Shows the relationship between the Interface ID and a PET/SET
ZYDI:XX; XX=Interface ID number. (Interface ID obtained from COCO)
Route handling commands
Show the ANI number for a route. ANI=WBTS&COCO number ZRRI:ROU=XX;
Shows interface ID, VPI, VC and path number for given route.
ZLJI:ROU=XX;

Output signalling link states
ZNEL;
Check link stats
ZOLP:X,ATM,A,C:D:; X=link number
Output log events for sig link
ZOLL:X,ATM:; X=link number
Output all DMCUs/DMPGs/DSPs
ZUSI:DMCU,::FULL;
Check created packages in SOMAFI….
ZWQO:CR;
Put unit into diagnostics
ZUDU:XXX; where XXX = unit.
Output diagnostic report for unit
ZUDH:XXX; where XXX=unit
Output all DMCUs/DMPGs/DSPs
ZUSI:DMCU,::FULL;
Check created packages in SOMAFI….
ZWQO:CR;

Pour pdf Put unit into diagnostics
ZUDU:XXX; where XXX = unit.
Output diagnostic report for unit
ZUDH:XXX; where XXX=unit
Change unit state
ZUSC:XXX; where XXX= unit
Restart unit (with total code load from disk)
ZUSU:XXX,Y::C=TOT; where XXX=unit Y=unit number
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gergt
ertet
Doté de nouvelles technologies uniques de récupération de données, R-Studio est la
solution de récupération de données la plus complète pour opérer sur NTFS, NTFS5, ReFS,
FAT12/16/32, exFAT, HFS/HFS+ (Macintosh), variantes petits et gros boutiens de UFS1/UFS2
des données.

différent;
Linux et UNIX.
 Systèmes de fichiers pris en charge: FAT12, FAT16, FAT32, exFAT, NTFS, NTFS5, ReFS (un
nouveau système de fichier basé sur Windows 2012 Server), HFS/HFS+ (Macintosh), les
variantes Little et Big Endian de UFS1/UFS2 (FreeBSD/OpenBSD/NetBSD/Solaris)
et Ext2/Ext3/Ext4 FS (Linux).
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or the hard drive is inaccessible for unknown reason. In other words, as long as the partition
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the data loss.
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Recover data from lost or deleted partitions. This is the most common data lost reason. And also,
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Supports Hundreds of File Formats and
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HDD, External HDD, Hardware RAID, Floppy drive, USB flash
drive, Compact flash card, Secure Digital card, Memory
card/Memory stick, Micro card, Zip drive, IPod, Other storage
devices
Supported File Systems EXFAT, NTFS5, NTFS, FAT32, FAT16, FAT12
Supported Graphics
File Formats
3d Studio Max file(.max), ANI file(.ani), Adobe Illustrator
file(.ai), Bitmap file(.bmp), COREL Draw file(.cdr), Corel Draw
Corel RAVE Image file(.clk), Corel Draw Vector Image

file(.cmx), Canon Raw graphics file(.crw), Cursor file(.cur),
AutoCAD Drawing file(.dwg), AutoCad DX File(.dxf),
Enhanced Metafile(.emf), Encapsulated Postscript file(.eps),
Freehand 10 file(.fh11), GIF graphics file(.gif), Icon file(.ico),
JPEG Graphics file(.jpg.jpeg), Portable Network Graphic
file(.png), Adobe Photoshop file(.psd), Paint Shop Pro file(.psp),
Q uattroPro 7 File(.qpw), Corel Presentation File(.shw), Tagged
Image File(.tif)
Supported Document
File Formats
Microsoft Word Document(.doc), Help file(.hlp), HTML
Documents file(.htm/.html), MOF file(.mof), Microsoft Project
file(.mpp), Microsoft OneNote file(.one), Adobe Portable
Document(.pdf), Microsoft PowerPoint Presentation file(.ppt),
Microsoft Publisher Document(.pub), Rich Text Document(.rtf),
True Type Font file(.ttf), Microsoft Visio Drawing(.vsd),
WordPerfect file(.wpd), WordPerfect Documents and Graphics
v8(.wpg), Microsoft Excel XML Documents(.xls), 3DS file
(.3ds)
Supported Archives File
Formats
Cabinet file(.cab), CHM file(.chm), CSL file(.csl), GZIP
compression file(.gz), LZH compression file(.lzh), RAR
compression file(.rar), TAR archive file(.tar), Zip compression
file(.zip),
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3GP Multimedia file(.3gp), Audio Streaming Format file(.asf),
AU file(.au), Audio Video Interleave file(.avi), Musical
Instrument Digital Interface file(.mid), MOV Multimedia
file(.mov), MP3 Music file(.mp3), MP4 Multimedia file(.mp4),
ShockWave Flash file(.swf), WAVE Multimedia file(.wav),
WMF Multimedia file(.wmf)
Supported Email File
Formats Outlook Express Email file(.dbx), Outlook Email file(.pst)
Supported Database
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Formats
Access Project file(.adp), Access Database file(.mdb)
Supported File Search
Parameter
File Name, File Extension, File Mask, File Location, File Type,
Date Modified, Date Created, Date Accessed, File Size, Case
Sensitive
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Restoration Version 2.5.14 Author: Brian Kato
Restoration.zip
This file has been scaned for Virus with NAV2004, and is Spyware free Jan 22,
2004
Description
Restore files which are deleted from the recycle bin or deleted while holding down
the Shift key by mistake.
Conversely, this program has another function that makes it almost impossible to
restore all deleted files.
You can use it after deletion of confidential documents, embarrassing files and so
on.
You don't have to install it, so it doesn't leave any garbage in the PC.
(You can also run it from a floppy disk.)
Even if a file seems to be restored, there is no guarantee that the contents are
correct.
After you run the program, please check the files.
You can probably restore it correctly if the drive has enough free space and if it's
just after deletion.
If you restore a folder, there is no guarantee that all files or

folders which used to belong to the folder will be in it.
If you can't find them in it, please search and restore them one by one.
If you still can't find them, it's impossible to restore them.
It will be almost impossible to restore any deleted files if you run the complete
deletion function.
To be exact, fragments of deleted files can be in last clusters of existing files or
allocated and unwritten files.
(Note that this function is not suitable for TOP SECRET information.)
Even if you find the information of completely deleted files, their contents must
be erased.
If you want to erase the information too, please run the function again.
When you use the restoration function, I don't think you will encounter any
damage due to bugs, since the function doesn't write anything to physical sectors.
However, the complete deletion function replaces physical sectors.
Therefore, I confirmed that it worked without any problems by testing many
times.
As there is a rare possibility of damage or loss, please run the function at your own
risk.
[Update History]
Version 1.7.3
Added Windows NT/2000 support.
Added vacant clusters scan and all clusters scan function.
Version 1.8.12
Fixed two bugs concerned with reading specific extended dos partition
or hidden partition.
Version 2.2.12
Added folder restoration function.
Added NTFS partition support.
Fixed a bug concerned with reading specific removable disk.
Version 2.5.6
Added comlete deletion function.
Added support of disks with non 512 bytes sector size such as FAT32
DVD-RAM.
Fixed a bug concerned with non-residet attribute list attribute of
NTFS.

Fixed a bug concerned with reading specific FAT32 partition.
Version 2.5.14
Fixed a bug concerned with folder restoration of FAT partition.
(The error occurd from Version 2.5.6.)
Escape Clause
I'm not responsible for any damage or loss caused by the use of this software in
any case.
In addition, even if this software is defective, I'm not under obligation to correct or
support it.
[Supported Platform]
IBM-PC/AT Compatible PC
Supported Devices
Hard disk
Floppy disk
ZIP drive (I tested by parallel port ZIP drive. I don't know the reason but if the OS is
Windows 95/98/Me, it doesn't recognize the disk unless the disk is inside the drive
when the PC boots up.
However, you can change the disk after boot.)
PD (A user reported that it worked correctly.)
DVD-RAM (A user reported that it worked correctly.)
Smart media (A user reported that it worked correctly.)
Memory stick drive (A user reported that it worked correctly.)
No other devices are tested.
Supported OS
Windows 95/98/Me/NT/2000/XP
Supported File System
FAT12/FAT16/FAT32/NTFS
Compressed files of NTFS are supported.
However, encrypted files of NTFS are not supported so far.

How to Run
Double click "Restoration.exe" file, which is extracted form the self-extracting file
or the zip file.
If the OS is Windows 95/98/Me, both the "DLL32.dll" file and the "DLL16.dll" file
have to be in the same folder as the "Restoration.exe" file.
(These two files are not required for Windows NT/2000/xp.)
(If "Do not show hidden or System files" option is selected in "Folder Options" of
"Explorer", these two files are invisible.)
If you create the shortcut and run the program from it, you have to specify the
path of the same folder as these two files
(e.g. "C:REST2514") for "Start in" by right clicking on the shortcut icon and
opening properties.
I think it can run on most PCs because a static library is used.
However, if you get an error message when you start it, please install a specific MS
product such as "Internet Explorer" or try to obtain and install the required DLL
files.
Instructions
1. Select a drive.
If the first byte of the file is unknown, character "$" is used as a
substitute. (FAT partition)
If you specify all or part of the file name, all first byte unknown
files which are possibly contain the text are displayed.
You can't use wild card "*". Therefore, if you want to search by
extension, please enter something like ". TXT".
If you check "Include used clusters by other files" box and search,
you can find more files, but the file has little possibility of being
restored correctly if the pointed cluster is used by another file.
(FAT partition)
If you check the "Include even if the file size is zero" box, you can
find more files, but it's almost pointless to restore them because
it's exactly the same as creating a new empty file of the same name
manually.
After finishing the regular search, a message will appear asking you

if you want to scan vacant clusters, if you couldn't find your target
file, please select yes. (FAT partition)
All possible items (the ones that pass the specific condition) will
be listed. (FAT partition)
After showing the items, when you click on the heading for a column,
that values in that column instantly sort in ascending sequence.
If you click the heading a second time, the values are sorted in
descending sequence.
Subsequent clicks would continue to alternate the sort sequence
between ascending and descending.
2. Select a listed file.
3. Click "Restore by copying" button.
4. Specify the location you want to restore to.
I recommend you if possible to select a different drive from the
searched drive so not to overwrite original data.
If the file is a compressed file of NTFS, it will be decompressed and
restored.
All clusters scan (FAT partition)
Scan all clusters unconditionally and list all candidates
(the ones that pass the specific condition).
1. Click "Others" and then "Scan All Clusters" from the menu bar.
2. Answer the dialog boxes.
Complete deletion
Erase all vacant clusters by overwriting with random numbers and then with zeros.
After that, erase all deleted file information(FAT partition)/file
records(NTFS partition) by using random numbers and zeros.
1. Click "Others" and then "Delete Completely" from the menu bar.

[Copyright]
This is freeware, but the copyright is reserved.
You may distribute this program freely only in the original archive
(i.e. it must include this readme document without modification).
You may not make profit by selling this program.
[Technical Support]
I'll try to support if time allows.
However, in most cases it's almost impossible to solve the problem without seeing
the PC itself.
My English is not perfect, so please use easy expressions if you send me an e-mail.
In addition, if you are a native English speaker and find any wrong expressions in
the program
or this readme document, please correct it and let me know.
Author: Brian Kato e-mail: bkato@fli.freeserve.ne.jp
Mike ~ It is a good day if I learned something new.
Editor MikesWhatsNews
Restoration.zip
2004
Description

on.
correct.
deletion function.
be erased.
times.
risk.
[Update History]
Version 1.7.3

Version 1.8.12
Version 2.2.12
Version 2.5.6
DVD-RAM.
NTFS.
Version 2.5.14
Escape Clause
any case.
support it.
Supported Devices
Hard disk
Floppy disk

Supported OS
How to Run
or the zip file.
If you create the shortcut and run the program from it, you have to specify the path
of the same folder as these two files
opening properties.
files.
Instructions
1. Select a drive.

(FAT partition)
des données.
différent;
Linux et UNIX.
personnalisation.

apparaît.
Outil
NTFS/ReFS FAT
Ext2/Ext3/Ext4
FS
UFS/HFS/HFS+
Prix,
USD
Obtenir CLUF
R-STUDIO 79.99

R-Studio NTFS 49.99
R-Studio FAT 49.99
R-Studio Demo
R-Studio Agent
R-Studio Emergency
Licence de volume
service
Produits

 R-Studio
 R-Undelete
 R-Drive Image
 R-Crypto
 R-Mail
 R-Word
 R-Excel
 R-Wipe & Clean
 R-Linux
 R-Updater
Compatibilité
 Forum R-TT
 FAQ Ventes

 Distribution
 Revendeurs
 Login
manually.
restored.

Complete deletion
[Copyright]
[Technical Support]
the PC itself.
the program

Restoration.zip
2004
Description
on.
correct.
deletion function.
be erased.

times.
risk.
[Update History]
Version 1.7.3
Version 1.8.12
Version 2.2.12
Version 2.5.6
DVD-RAM.
NTFS.
Version 2.5.14
Escape Clause
any case.
support it.

Supported Devices
Hard disk
Floppy disk
Supported OS
How to Run
or the zip file.

opening properties.
files.
Instructions
1. Select a drive.
(FAT partition)
manually.

restored.
Complete deletion
[Copyright]
[Technical Support]

the PC itself.
the program
Restoration.zip
2004
Description
on.
correct.

deletion function.
be erased.
times.
risk.
[Update History]
Version 1.7.3
Version 1.8.12
Version 2.2.12
Version 2.5.6

DVD-RAM.
NTFS.
Version 2.5.14
Escape Clause
any case.
support it.
Supported Devices
Hard disk
Floppy disk
Supported OS

How to Run
or the zip file.
opening properties.
files.
Instructions
1. Select a drive.
(FAT partition)

manually.
restored.
Complete deletion

[Copyright]
[Technical Support]
the PC itself.
the program
Restoration.zip
2004

Description
on.
correct.
deletion function.
Even if you find the information of completely deleted files, their contents must be
erased.
des données.
différent;

Linux et UNIX.
personnalisation.

apparaît.
Outil
NTFS/ReFS FAT
Ext2/Ext3/Ext4
FS
UFS/HFS/HFS+
Prix,
USD
Obtenir CLUF
R-STUDIO 79.99
R-Studio NTFS 49.99
R-Studio FAT 49.99
R-Studio Demo
R-Studio Agent
R-Studio Emergency
Licence de volume
service
Produits
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Batel f re v66

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