From b378fccef11b41009f224ded1f42bdbf254eee6d Mon Sep 17 00:00:00 2001 From: Martin Hauke Date: Sun, 13 Oct 2019 19:09:39 +0200 Subject: Fix common misspellings and typos Change-Id: I403b9029f57fec3fdec2c1e2cbeac0f6eab53f24 --- doc/control_interface.txt | 2 +- doc/manuals/abis/rsl.adoc | 2 +- doc/manuals/chapters/bts-models.adoc | 2 +- doc/manuals/chapters/configuration.adoc | 2 +- doc/manuals/chapters/overview.adoc | 2 +- doc/manuals/rtp-amr.adoc | 162 ++++++++++++++++---------------- doc/startup.txt | 2 +- 7 files changed, 87 insertions(+), 87 deletions(-) (limited to 'doc') diff --git a/doc/control_interface.txt b/doc/control_interface.txt index 5ad97172..dd3dba29 100644 --- a/doc/control_interface.txt +++ b/doc/control_interface.txt @@ -4,7 +4,7 @@ h2. generic h3. trx.0.thermal-attenuation -The idea of this paramter is to attenuate the system output power as part of +The idea of this parameter is to attenuate the system output power as part of thermal management. In some cases the PA might be passing a critical level, so an external control process can use this attribute to reduce the system output power. diff --git a/doc/manuals/abis/rsl.adoc b/doc/manuals/abis/rsl.adoc index 86beaa2a..4d7e4300 100644 --- a/doc/manuals/abis/rsl.adoc +++ b/doc/manuals/abis/rsl.adoc @@ -346,7 +346,7 @@ See <> In the classic data model established by ETSI/3GPP for A-bis, each timeslot (channel) is configured using a static channel combination by means of A-bis OML. Particularly in presence of GPRS services, this -is very unflexible and leads to inefficient use of air interface +is very inflexible and leads to inefficient use of air interface resources. As such, several methods have been implemented to overcome this diff --git a/doc/manuals/chapters/bts-models.adoc b/doc/manuals/chapters/bts-models.adoc index 31c51473..4b48d4b0 100644 --- a/doc/manuals/chapters/bts-models.adoc +++ b/doc/manuals/chapters/bts-models.adoc @@ -443,7 +443,7 @@ configuration at the BTS configuration file is (as always) very minimal, as in the GSM network architecture provides almost all relevant configuration to the BTS from the BSC. -An example configuratin file is provided as part of the osmo-bts source +An example configuration file is provided as part of the osmo-bts source code: `doc/examples/virtual/osmobts-virtual.cfg` For more information see diff --git a/doc/manuals/chapters/configuration.adoc b/doc/manuals/chapters/configuration.adoc index 558bd4ba..2b786208 100644 --- a/doc/manuals/chapters/configuration.adoc +++ b/doc/manuals/chapters/configuration.adoc @@ -14,7 +14,7 @@ OsmoBTS software. === Command Line Options -Ths OsmoBTS executables (`osmo-bts-sysmo`, `osmo-bts-trx`, +The OsmoBTS executables (`osmo-bts-sysmo`, `osmo-bts-trx`, `osmo-bts-octphy`, `osmo-bts-litecell15`, ...) share the following generic command line options: diff --git a/doc/manuals/chapters/overview.adoc b/doc/manuals/chapters/overview.adoc index 6b6b8284..0dff16a1 100644 --- a/doc/manuals/chapters/overview.adoc +++ b/doc/manuals/chapters/overview.adoc @@ -38,7 +38,7 @@ Typical configurations either use OsmoBTS with OsmoBSC, or with OsmoNITB, as can be seen in the following figures. [[fig-gsm-classic]] -.Classic GSM archtiecture using OsmoBTS with OsmoBTS components +.Classic GSM architecture using OsmoBTS with OsmoBTS components [graphviz] ---- digraph G { diff --git a/doc/manuals/rtp-amr.adoc b/doc/manuals/rtp-amr.adoc index 5a36aeab..75f0e014 100644 --- a/doc/manuals/rtp-amr.adoc +++ b/doc/manuals/rtp-amr.adoc @@ -95,10 +95,10 @@ msc { phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (SID_FIRST)"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; @@ -110,10 +110,10 @@ msc { bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (SID_UPDATE)"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; } @@ -123,7 +123,7 @@ ULSF2:: As per 3GPP TS 05.03 section 3.9.2.4 The last 4 bursts shall not be tran the SID_FIRST frame is immediately followed by a speech frame. It has been observed that some phone does not transmit the last 4 bursts even if it is not followed by a speech frame. -ULSU2:: There must be exactly two supressed voice frames between the +ULSU2:: There must be exactly two suppressed voice frames between the SID_FIRST and the SID_UPDATE, i.e. there's 60ms between SID_FIRST and SID_UPDATE. @@ -152,52 +152,52 @@ msc { phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (SID_UPDATE)"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; @@ -208,10 +208,10 @@ msc { phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (SID_UPDATE)"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; } @@ -254,10 +254,10 @@ msc { ...; --- [label="Once voice is active again"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; @@ -345,10 +345,10 @@ msc { ...; --- [label="FACCH/F Frame During DTX"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; @@ -368,10 +368,10 @@ msc { phy => bts [label="PH-DATA.ind FACCH/F"]; bts => mgw [label="FACCH/F"]; - ms -x phy [label="Supressed L1 burst", id="ULSF2"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst", id="ULSF2"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (SID_FIRST)"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; ...; @@ -382,7 +382,7 @@ ULSF2:: The sub-blocks 5-8 of SID_FIRST are not transmitted, as all information bits are contained in sub-blocks 1-4 only Note:: It has been observed with some phones that the SID_FIRST is not sent following the FACCH/F -frame. If this case occures the No Data Frame and SID_UPDATE order resumes. +frame. If this case occurs the No Data Frame and SID_UPDATE order resumes. === TCH/AFS Downlink (Network to MS) @@ -660,10 +660,10 @@ msc { phy => bts [label="PH-RTS.ind (TCH)"]; phy <= bts [label="PH-EMPTY-FRAME.req (FACCH/F)"]; phy <= bts [label="PH-EMPTY-FRAME.req (TCH/F)"]; - ms x- phy [label="Supressed burst"]; - ms x- phy [label="Supressed burst"]; - ms x- phy [label="Supressed burst"]; - ms x- phy [label="Supressed burst"]; + ms x- phy [label="Suppressed burst"]; + ms x- phy [label="Suppressed burst"]; + ms x- phy [label="Suppressed burst"]; + ms x- phy [label="Suppressed burst"]; } ---- @@ -738,8 +738,8 @@ msc { phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (N)"]; bts => mgw [label="RTP (AMR FT=0..7,Q=1)"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr_SidFirstP1", id="ULSF1"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; @@ -753,8 +753,8 @@ msc { phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (SID_UPDATE)"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; } @@ -764,7 +764,7 @@ ULSF1:: Only SID_FIRST_P1 contains information so it must be the only one transm NOTE:: It has been observed that not all phones transmit SID_FIRST_P2 so the PH-DATA.ind GsmL1_TchPlType_Amr_SidFirstP2 is not guaranteed to be sent to the BTS. -ULSU1:: There must be exactly two supressed voice frames between the +ULSU1:: There must be exactly two suppressed voice frames between the SID_FIRST and the SID_UPDATE, i.e. there's 60ms between SID_FIRST and SID_UPDATE. @@ -795,33 +795,33 @@ msc { phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (SID_UPDATE)"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; @@ -834,8 +834,8 @@ msc { phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr (SID_UPDATE)"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; } @@ -999,8 +999,8 @@ msc { ...; ms .. mgw [label="FACCH/H during DTX operation"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; @@ -1026,8 +1026,8 @@ msc { phy => bts [label="PH-DATA.ind with empty payload"]; bts -x mgw [label="Suppressed RTP frame"]; - ms -x phy [label="Supressed L1 burst"]; - ms -x phy [label="Supressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; + ms -x phy [label="Suppressed L1 burst"]; phy => bts [label="PH-DATA.ind GsmL1_TchPlType_Amr_SidFirstP1"]; bts => mgw [label="RTP (AMR FT=SID,Q=1)"]; } diff --git a/doc/startup.txt b/doc/startup.txt index 50766e48..c60cc0a7 100644 --- a/doc/startup.txt +++ b/doc/startup.txt @@ -22,7 +22,7 @@ The start-up procedure of OsmoBTS can be described as follows: | common | bts_controlif_setup() | Initialization of Control Interface | bts-specific | bts_model_ctrl_cmds_install() | common | telnet_init() | Initialization of telnet interface -| common | pcu_sock_init() | Initializaiton of PCU socket +| common | pcu_sock_init() | Initialization of PCU socket | common | main() | Installation of signal handlers | common | abis_open() | Start of the A-bis connection to BSC | common | phy_links_open() | Iterate over list of configured PHY links -- cgit v1.2.3