navinnseab/khmer-wikipedia-article huggingface dataset:
OpenStreetMap: Structured ground surveys

Structured ground surveys
thumb|left|Raw GPS data (tracklogs) for Hedge End.
thumb|Varying accuracy of GPS tracks from different GPS receivers
thumb|Surveying during a family excursion can inspire and lead to changed routes
Ground surveys are performed by a mapper, on foot, bicycle or in a car or boat. Map data are usually collected using a GPS unit, although this is not strictly necessary if an area has already been traced from satellite imagery.

Once the data has been collected, it is entered into the database by uploading it on the project's website. At that point in time, no information about the kind of uploaded track is available — it could be e.g. a motorway, a footpath or a river. Thus, in a second step, editing takes place using one of several purpose-built map editors. This is usually done by the same mapper, sometimes by other users registered at OpenStreetMap.

As collecting and uploading data is separated from editing objects, contribution to the project is possible also without using a GPS unit. In particular, placing and editing objects such as schools, hospitals, taxi ranks, bus stops, pubs etc. is done based on editors' local knowledge.

Some committed contributors are systematically mapping whole towns and cities over a period of time, or organising mapping parties to intensively map a particular area over an evening or a weekend.

In addition to structured surveys, a large number of smaller edits are made by contributors to correct errors or add features.
OpenStreetMap: ប្រភពទិន្នន័យពីរដ្ឋាភិបាល

ប្រភពទិន្នន័យពីរដ្ឋាភិបាល
Some government agencies have released official data on appropriate licenses. Much of this data has come from the United States, where the federal government does not copyright such data. See Copyright status of work by the U.S. government for more details.

 Landsat 7 satellite imagery
 Prototype Global Shorelines (PGS)
 TIGER data of the United States
 Ordnance Survey OpenData
 NRCan's CanVec vector data and GeoBase's vector data sets of Canada
 The National Map (USGS)

Various authorities have also made more local detailed aerial photography available on suitable licenses through OpenAerialMap.

Out-of-copyright maps can be good source of information about features that do not change frequently. Copyright periods vary, but in the UK, Crown copyright expires after 50 years and hence Ordnance Survey maps until the 1960s can legally be used. A complete set of UK 1 inch/mile maps from the late 1940s and early 1950s has been collected, scanned, and is available online as a resource for contributors.
OpenStreetMap: ប្រភពទិន្នន័យពីឯកជន

ប្រភពទិន្នន័យពីឯកជន
Some commercial companies have donated data to the project on suitable licenses. Notably, Automotive Navigation Data provided a complete road data set for Netherlands and details of trunk roads in China and India.

In December 2006, Yahoo! confirmed that OpenStreetMap was able to make use of their vertical aerial imagery and this photography was available within the editing software as an overlay. Contributors could create their vector based maps as a derived work, released with a free and open license, until the shutdown of the Yahoo! Maps API on September 13, 2011.

In November 2010, Microsoft announced that the OpenStreetMap community could use Bing vertical aerial imagery as a backdrop in its editors.

NearMap Pty Ltd have, since launch in November 2009, made their high-resolution PhotoMaps (currently of major Australian cities, plus some rural Australian areas) available for deriving OpenStreetMap data under a CC-BY-SA licence.
OpenStreetMap: ការចេញអជ្ញាបណ្ណ

ការចេញអជ្ញាបណ្ណ
thumb|Homepage of OpenStreetMap.org

The OpenStreetMap database
OpenStreetMap data is published under an open content license, with the intention of promoting free use and re-distribution of the data (both commercial and non-commercial). The license currently used is the Open Database License.

As part of this relicensing process, some of the map data will have to be deleted.  This includes all data contributed by members who have not agreed to the new licensing terms, as well as all subsequent edits to those affected objects.  It also includes any data contributed based on input data that are not compatible with the new terms.  Current estimates suggest that over 97% of data will be retained globally, however certain regions will be affected more than others, such as in Australia where 24 to 84% of objects will be retained (depending on the type of object).

ទិន្នន័យបញ្ចូល
All data added to the project need to have a license compatible with the Creative Commons Attribution-Share Alike license. This can include out-of-copyright information, public domain or other licenses. All contributors must register with the project and agree to provide data on a Creative Commons BY-SA 2.0 licence, or determine that the licensing of the source data is suitable. This may involve examining licences for government data to establish whether they are compatible.

This change in the licensing means that data added in future must be compatible with both the Open Database License and the new Contributor Terms in order to be accepted.

កម្មវិធី Software
Software used in the production and presentation of OpenStreetMap data is available from many different projects and each may have their own licencing. The application — what users access to edit maps and view changelogs, is powered by Ruby on Rails. The application also uses PostgreSQL for storage of user data and edit metadata.

The default map is rendered by Mapnik, stored in PostGIS, and powered by an Apache module called mod_tile.

Certain parts of the software, such as the Flash-based map editor Potlatch2, have been made available as public domain.
OpenStreetMap: The OpenStreetMap database

The OpenStreetMap database
OpenStreetMap data is published under an open content license, with the intention of promoting free use and re-distribution of the data (both commercial and non-commercial). The license currently used is the Open Database License.

As part of this relicensing process, some of the map data will have to be deleted.  This includes all data contributed by members who have not agreed to the new licensing terms, as well as all subsequent edits to those affected objects.  It also includes any data contributed based on input data that are not compatible with the new terms.  Current estimates suggest that over 97% of data will be retained globally, however certain regions will be affected more than others, such as in Australia where 24 to 84% of objects will be retained (depending on the type of object).
OpenStreetMap: ទិន្នន័យបញ្ចូល

ទិន្នន័យបញ្ចូល
All data added to the project need to have a license compatible with the Creative Commons Attribution-Share Alike license. This can include out-of-copyright information, public domain or other licenses. All contributors must register with the project and agree to provide data on a Creative Commons BY-SA 2.0 licence, or determine that the licensing of the source data is suitable. This may involve examining licences for government data to establish whether they are compatible.

This change in the licensing means that data added in future must be compatible with both the Open Database License and the new Contributor Terms in order to be accepted.
OpenStreetMap: កម្មវិធី Software

កម្មវិធី Software
Software used in the production and presentation of OpenStreetMap data is available from many different projects and each may have their own licencing. The application — what users access to edit maps and view changelogs, is powered by Ruby on Rails. The application also uses PostgreSQL for storage of user data and edit metadata.

The default map is rendered by Mapnik, stored in PostGIS, and powered by an Apache module called mod_tile.

Certain parts of the software, such as the Flash-based map editor Potlatch2, have been made available as public domain.
OpenStreetMap: ទូរស័ព្ទដៃ

ទូរស័ព្ទដៃ
A wide variety of programs exist by now that use OpenStreetMap data to display maps on mobile phones, supporting a large number of different devices. Amongst supported devices are nearly all phones that can run Java ME, making OpenStreetMap available to the majority of current phones, as well as platforms like Maemo, Android, the iPhone, Windows Mobile, Blackberry, or Openmoko. The various programs distinguish themselves according to key features like if they use raster maps or vector maps, need an Internet connection or can be used offline, support alternate render layers such as cycle paths, support address search or advanced features like routing, thus catering for a large number of different needs for viewing maps. With the inclusion of OpenStreetMap support in several programming libraries for mobile phones, it is also possible to include OSM maps in other location-based service.
OpenStreetMap: ទិន្នន័យផែនទី

ទិន្នន័យផែនទី
Map data is available for download in a variety of formats and for different geographical areas:
 OpenStreetMap OSM
 CloudMade OSM, Garmin
 Geofabrik OSM, Shapefiles

OSM provides information that other map sites don't provide:
Territorial waters
High speed rail in China
OpenStreetMap: Monopoly City Streets

Monopoly City Streets
In 2009, Hasbro, the games company behind the property trading board game Monopoly, launched Monopoly City Streets, a massively multiplayer online game which allowed players to "buy" streets all over the world. Although the game used map tiles from Google Maps and the Google Maps API to display the game board, the underlying vector street data was obtained from OpenStreetMap.  The online game was meant to be a limited time offering, closing at the end of January 2010.
OpenStreetMap: Haiti earthquake

Haiti earthquake
During the 2010 Haiti earthquake, OpenStreetMap and Crisis Commons volunteers used available satellite imagery to map the roads, buildings and refugee camps of Port-au-Prince in just two days, building "the most complete digital map of Haiti's roads".

The resulting data and maps have been used by several organisations providing relief aid, such as the World Bank, the European Commission Joint Research Centre, the Office for the Coordination of Humanitarian Affairs, UNOSAT and others.
OpenStreetMap: Software

Software

Map rendering and presentation
thumb|OpenStreetMap of Soho, central London (Mapnik layer)
 OpenStreetMap provides an OpenLayers based slippy map interface, displaying map tiles rendered by the Mapnik rendering engines, and tiles from other sources including OpenCycleMap.org and MapQuest Open.
alt=|រូបភាពតូច|JOSM - Java-based map editor
 Desktop
 Maperitive — Windows and Linux application for rendering maps, it is a successor to Kosmos.
 Prune — Open source Java application for viewing and editing data recorded by GPS. Uses OSM for the map layers.
 Marble — Free and open source desktop-globe, which supports OpenStreetMap data.
 Navit Free, modular, touch screen friendly, navigation system with GPS tracking, which can use and render OpenStreetMap data.
 Quantum GIS — Open source desktop GIS which includes OSM plugin
 GPSBabel — converts tracklogs from one format to another.

 Mobile
 Oruxmaps for android
 Navit

thumb|Merkaartor - Multi-platform Qt-based map editor

 Web
 Wordpress Blogs via OSM Plugin

Routing (directions, navigation)
There are lists of online and offline routers available on the OSM wiki. Following routing software supports OpenStreetMaps:
 CycleStreets (UK)
 MapQuest (Worldwide)  Routing data updated daily.
 Gosmore
 MoNav — Makes use of Contraction Hierarchies to allow for routing on continent sized graphs, even on mobile devices.
 Navit
 Pyroute
 Open Source Routing Machine
 OpenRouteService (Europe)
 Traveling salesman — Open source Java application working as route-planner and GPS-Navigator using the map-data from OpenStreetMap via LibOSM
OpenStreetMap: Map rendering and presentation

Map rendering and presentation
thumb|OpenStreetMap of Soho, central London (Mapnik layer)
 OpenStreetMap provides an OpenLayers based slippy map interface, displaying map tiles rendered by the Mapnik rendering engines, and tiles from other sources including OpenCycleMap.org and MapQuest Open.
alt=|រូបភាពតូច|JOSM - Java-based map editor
 Desktop
 Maperitive — Windows and Linux application for rendering maps, it is a successor to Kosmos.
 Prune — Open source Java application for viewing and editing data recorded by GPS. Uses OSM for the map layers.
 Marble — Free and open source desktop-globe, which supports OpenStreetMap data.
 Navit Free, modular, touch screen friendly, navigation system with GPS tracking, which can use and render OpenStreetMap data.
 Quantum GIS — Open source desktop GIS which includes OSM plugin
 GPSBabel — converts tracklogs from one format to another.

 Mobile
 Oruxmaps for android
 Navit

thumb|Merkaartor - Multi-platform Qt-based map editor

 Web
 Wordpress Blogs via OSM Plugin
OpenStreetMap: Routing (directions, navigation)

Routing (directions, navigation)
There are lists of online and offline routers available on the OSM wiki. Following routing software supports OpenStreetMaps:
 CycleStreets (UK)
 MapQuest (Worldwide)  Routing data updated daily.
 Gosmore
 MoNav — Makes use of Contraction Hierarchies to allow for routing on continent sized graphs, even on mobile devices.
 Navit
 Pyroute
 Open Source Routing Machine
 OpenRouteService (Europe)
 Traveling salesman — Open source Java application working as route-planner and GPS-Navigator using the map-data from OpenStreetMap via LibOSM
OpenStreetMap: ទម្រង់នៃទិន្នន័យ

ទម្រង់នៃទិន្នន័យ
Core elements
OpenStreetMap uses a topological data structure, with four core elements (also known as data primitives):
 Nodes are points with a geographic position. Positions are stored as coordinates (pairs of a latitude and a longitude) according to WGS 84.WGS 84 OpenStreetMap Wiki
 Ways are ordered lists of nodes, representing a polyline, or possibly a polygon if the last node is equal to the first.
 Relations are groups of nodes, ways and other relations which can be assigned certain properties.
 Tags can be applied to nodes, ways or relations and consist of name=value pairs.

Up to version 0.4 of the protocol, an intermediate element between nodes and ways (segments, line segments which two node produced) was also used.

Usage of elements
 Nodes represent map features without a size, such as points of interest, mountain peaks, or centers of a settlement.
 Ways (despite their name) are used both for representing linear features (such as streets and rivers), and for areas (such as forests, parks, parking areas or lakes). Sometimes an ambiguity between a line and an area is resolved by adding an area tag to an object (such as to indicate that a circular walking path object represents a walking area rather than a walking loop). Since a way can only define an area as a polygon, it cannot describe an area with a hole (such as a forest with a clearing). This is accomplished with relations.
 Relations are used for representing the relationship of existing nodes and ways. Examples include turn restrictions on roads, routes that span several existing ways, and areas with holes.
 Tags are used to store metadata about the map objects (such as their type, their name and their physical properties). A recommended ontology of map features (the meaning of tags) is maintained on a wiki.
OpenStreetMap: Core elements

Core elements
OpenStreetMap uses a topological data structure, with four core elements (also known as data primitives):
 Nodes are points with a geographic position. Positions are stored as coordinates (pairs of a latitude and a longitude) according to WGS 84.WGS 84 OpenStreetMap Wiki
 Ways are ordered lists of nodes, representing a polyline, or possibly a polygon if the last node is equal to the first.
 Relations are groups of nodes, ways and other relations which can be assigned certain properties.
 Tags can be applied to nodes, ways or relations and consist of name=value pairs.

Up to version 0.4 of the protocol, an intermediate element between nodes and ways (segments, line segments which two node produced) was also used.
OpenStreetMap: Usage of elements

Usage of elements
 Nodes represent map features without a size, such as points of interest, mountain peaks, or centers of a settlement.
 Ways (despite their name) are used both for representing linear features (such as streets and rivers), and for areas (such as forests, parks, parking areas or lakes). Sometimes an ambiguity between a line and an area is resolved by adding an area tag to an object (such as to indicate that a circular walking path object represents a walking area rather than a walking loop). Since a way can only define an area as a polygon, it cannot describe an area with a hole (such as a forest with a clearing). This is accomplished with relations.
 Relations are used for representing the relationship of existing nodes and ways. Examples include turn restrictions on roads, routes that span several existing ways, and areas with holes.
 Tags are used to store metadata about the map objects (such as their type, their name and their physical properties). A recommended ontology of map features (the meaning of tags) is maintained on a wiki.
OpenStreetMap: តំណភ្ជាប់ខាងក្រៅ

តំណភ្ជាប់ខាងក្រៅ

OpenStreetMap - project page with editing interface
OpenStreetBrowser - simple map viewer
OpenStreetMap Foundation
OpenStreetMap Wiki
Map Compare tools.geofabrik.de online-comparison between Google Maps and OpenStreetMap
OpenSource navigation system
Illustrated BBC report about OpenStreetMap helping in Haiti after the earthquake
Evolution of European OpenStreetMap coverage 2006-2010 (video)
OSM 2008: A Year of Edits (video)
Open Access Week

thumb|thumbtime=5:44|A PhD Comics special for Open Access Week 2012.
thumb|A web banner for Open Access Week.
thumb|right|A cake baked for Open Access Week 2010 celebrations at the University of Lincoln, featuring the 
Open Access logo. 

Open Access Week ឬ ប្រែជាភាសាខ្មែរ «ស​ប្តា​ហ៍​នៃការទទួលបានដោយបើកចំហ» គឺជា​ព្រឹត្តិការណ៍​ប្រចាំ​ឆ្នាំមួយនៃសហគមន៏អ្នកអប់រំ-សិក្សាធិការ ដែលផ្តោ​ត​សំខាន់ទៅ​លើសិទ្ធិនិង​ការទទួលបានដោយ​បើក​ចំហ​និង​ប្រធានបទ​ដែល​ទាក់ទង​មួយចំនួនទៀត​។ ព្រឹត្តិការណនេះត្រូវបានប្រារព្ធឡើងនៅ​ទូទាំង​ពិភពលោក ​រយៈពេល១សប្ដាហ៍ពេញ ក្នុង​អំឡុង​​ស​ប្តា​ហ៍​​ចុង​ក្រោយ​នៃ​ខែ​តុលា​ នៅតាមទីកន្លែងនានាជាច្រើន​ ទាំង​ offline និង online​ ។ 

ជា​ធម្មតា សកម្មភាព​នានានៅក្នុងព្រឹត្តិការណ៍នេះ ​រួម​មាន៖ ​បទពិភាក្សា សិក្ខាសាលា​​, សន្និសីទ ឬ​សេចក្ដីប្រកាសអំពី​ open access mandates or other milestones in open access។ ឧទាហរណ៍​ ស្ថាប័ន Royal Society ​បាន​ជ្រើស​រើស​យក ស​ប្តា​ហ៍​នៃការ​ទទួលបានដោយរ​បើកចំហ ​ឆ្នាំ២០១១ ដើម្បី​ប្រកាស​អំពីការបញ្ចេញនិងដាក់ឲ្យប្រើប្រាស់ជាសាធារណៈនូវឯកសារឌីជីថលនៃប​ណ្ណ​សារ​របស់​ខ្លួនដែលមានអាយុកាល ឬបោះពុម្ពផ្សាយពីឆ្នាំ១៦៦៥ រហូត​ដល់ឆ្នាំ១៩៤១ ។ ()
Open Access Week: ប្រវត្តិ

ប្រវត្តិ

thumb|Example event, a symposium at the University of Arizona, October 25, 2011The Future of Data: Open Access and Reproducibility (WebCite)
Open Access Week has its roots in the National Day of Action for Open Access on February 15, 2007, organized across the United States by Students for Free Culture and the Alliance for Taxpayer Access.Announcing the National Day of Action for Open Access: Feb. 15 ()
In 2008, October 14 was designated Open Access Day, and the event became global.First Open Access Day to be held October 14, 2008 (). In 2009, the event was expanded to a week, from October 19-23.(WebCite) In 2010, it took place from October 18-24.Open Access Week 2010 declared for October 18 to 24 (). From 2011 onwards, it is taking place at the last full week of October each year.() In 2013 the week is 21-27 October.
Open Access Week: ព្រឹត្តិការណ៍

ព្រឹត្តិការណ៍ 
Details of Open Access Week events are recorded in the "Open Access Week" section of the Open Access Directory, organized by country and institution.Events celebrating Open Access Week (Permalink; WebCite). They are also listed on the Open Access Week website, where over 140 events are listed for Open Access Week 2013.

ចំណែកឯនៅកម្ពុជាវិញ ឆ្នាំ២០១៤ គឺជាការចូលរួមលើកដំបូង ដោយមានសហគមន៍ចលនាបើកចំហ បានរៀបចំជាព្រឹត្តិការណ៍ជួបជុំគ្នាមួយនៅថ្ងៃ២៧ តុលា នៅទីក្រុងភ្នំពេញ។ ក្រោមប្រធានបទ៖ «Cambodia Open Access Week 2013: Connecting the Dots» ព្រឹត្តិការណ៍នេះមានកម្មវិធីមួយចំនួនរួមមាន៖
 បទបង្ហាញអំពីគម្រោងនានាដែលទាក់ទងនឹងការទទួលបានដោយបើកចំហំ
 បទបង្ហាញពីសហគមន៍វិគីភីឌាភាសាខ្មែរ
 ការបញ្ចាំងខ្សែភាពយន្ដ «RIP: The Remix Manifesto» ។
Open Access Week: តំណភ្ជាប់ខាងក្រៅ

តំណភ្ជាប់ខាងក្រៅ
openaccessweek.org, a dedicated online platform for Open Access Week, sponsored by SPARC
International Open Access Week at the University of Porto (Presence at the OA International Site )
Open Access Week in France 
 ព្រឹត្តិការណ៍ជួបជុំ Cambodia Open Access Week 2013: Connect the Dots
Oshi no Ko

​​ ឬឈ្មោះបកប្រែពីថៃ កើតជាថ្មីជាកូនអូស៊ី​ (เกิดใหม่เป็นลูกโอชิ) គឺជារឿងគំនូរជីវចលម៉ានហ្គាជប៉ុន សរសេរដោយ អាកា អាកាសាកា និងភាពដោយ ម៉េនហ្កូ យ៉ូកូយ៉ារី បាមចាប់ផ្ដើមបោះពុម្ពផ្សាយនៅក្នុងទស្សនាវដ្តី Weekly Young Jump របស់គ្រឹះស្ថានបោះពុម្ពស្ស៊ូអេស្សា ចាប់ពីខែមេសា ២០២០ រឿងនេះត្រូវបានប្រមូលជាភាគរហូតដល់ភាគដប់ពីរ

ការសម្របសម្រួលរឿងទូរទស្សន៍អានីមេ​ ផលិត​ដោយ ដូហ្កា​ កូបូ បានចាក់ផ្សាយវគ្គទី ១១ ដំបូងពីខែមេសាដល់ខែមិថុនាឆ្នាំ ២០២៣ ​រដូវកាលទីពីរត្រូវបានប្រកាស
Oshi no Ko: តួអង្គនិងអ្នកបញ្ចូលសំលេង

តួអង្គនិងអ្នកបញ្ចូលសំលេង 

 តួឯក 

 
 
  / 
 
 
 
 
 
 
 

 ផលិតកម្មអ៊ីឈីហ្កូ (Strawberry Productions)
Panic disorder

ជំងឺភ័យស្លន់ស្លោ ( 영어 : panin disorder, 한국 : 공황장애 ) គឺជាប្រភេទជំងឺ ថប់បារម្ភ ដែលបណ្តាលឱ្យ មានការភ័យស្លន់ស្លោ ម្តងហើយម្តងទៀត និងមិនអាចទាយទុកជាមុនបាន។  ការវាយប្រហារដោយការភ័យស្លន់ស្លោគឺជាវគ្គនៃការភ័យខ្លាចខ្លាំង និងការថប់បារម្ភភ្លាមៗដោយមិនមានមូលដ្ឋានច្បាស់លាស់ ឬហេតុផលណាមួយ ហើយអាចត្រូវបានអមដោយ ការញ័រ ទ្រូង បែកញើស ញ័រ ពិបាកដកដង្ហើម ខ្វិន និងថប់បារម្ភ។ វា​ជា​ជំងឺ​មួយ​ដែល​ប៉ះពាល់​ដល់ ​អ្នក​នយោបាយ ​ជា​ចម្បង ហើយ​មាន​ផល​ប៉ះពាល់​ដល់​ស្ថិរភាព​ផ្លូវចិត្ត។

ជំងឺភ័យស្លន់ស្លោមានលក្ខណៈអាកប្បកិរិយាដែលលេចឡើងច្រើនជាងមួយខែហើយបណ្តាលឱ្យមានការភ័យខ្លាចនៃការវាយប្រហារភ័យស្លន់ស្លោមួយផ្សេងទៀតនាពេលអនាគតដែលត្រូវបានគេហៅថាការថប់បារម្ភដែលគិតទុកជាមុន។ ទោះបីជាជំងឺភ័យស្លន់ស្លោជាច្រើនបណ្តាលឱ្យ agoraphobia ក៏ដោយ ជំងឺភ័យស្លន់ស្លោខ្លួនវាមិនមែនជា agoraphobia ទេ។ មូលហេតុពិតប្រាកដនៃជំងឺភ័យស្លន់ស្លោមិនត្រូវបានគេដឹងនោះទេ ប៉ុន្តែការប្រើប្រាស់គ្រឿងញៀន រួមទាំង ការជក់បារី ភាពតានតឹងផ្លូវចិត្ត និងបទពិសោធន៍នៃ ការរំលោភបំពានលើកុមារ អាចជាកត្តា។  ការស្រាវជ្រាវបានបង្ហាញថាប្រហែល 70% នៃអ្នកដែលមានជំងឺភ័យស្លន់ស្លោមាន ជំងឺថប់បារម្ភទូទៅ (GAD) សូម្បីតែមុនពេលការវាយប្រហារភ័យស្លន់ស្លោចាប់ផ្តើម ហើយការវាយប្រហារភ័យស្លន់ស្លោដំបូងគឺបណ្តាលមកពីជម្លោះរវាងបុគ្គល ជំងឺ ការបែកបាក់។ល។ វាជារឿយៗលេចឡើងភ្លាមៗអំឡុងពេលមានភាពតានតឹងក្នុងសង្គម។ ស្ថានភាពដូចជាការក្ស័យធន។

ជាទូទៅ ការ​ព្យាបាល​ដោយ​ការ​ប្រឹក្សា​ត្រូវ​បាន​ផ្សំ​ជាមួយ​នឹង​ការ​ព្យាបាល​ដោយ​ថ្នាំ​ដោយ​ប្រើ​ថ្នាំ​ប្រឆាំង​នឹង ​ជំងឺ​បាក់​ទឹកចិត្ត ឬ ​ថ្នាំ​ប្រឆាំង​ការ​ថប់​បារម្ភ ។ ថ្នាំ benzodiazepines និង beta blockers ត្រូវបានគេប្រើជាទូទៅជាថ្នាំដើម្បីព្យាបាលការភ័យស្លន់ស្លោ។
Panic disorder: ឧទាហរណ៍

ឧទាហរណ៍ 
លោក K ជាបុគ្គលិកការិយាល័យដែលបារម្ភច្រើនអំពីអ្វីៗគ្រប់យ៉ាង មិនអាចផ្តោតអារម្មណ៍លើការងារបានប៉ុន្មានថ្ងៃនេះ ដោយសារបារម្ភខ្លាំងពេកអំពីសុខភាពរាងកាយរបស់គាត់។ កាលពីបីខែមុន បន្ទាប់ពីឈ្លោះប្រកែកគ្នាយ៉ាងធ្ងន់ធ្ងរជាមួយថៅកែ គាត់បានផឹកស្រាស្រវឹងជោកជាំចូលគេង ហើយនៅពេលនោះ គាត់ដឹងថាបេះដូងរបស់គាត់លោតខុសប្រក្រតីខុសពីធម្មតា។ នៅពេលដែលគាត់បានយកចិត្តទុកដាក់លើចង្វាក់បេះដូងរបស់គាត់ វាចាប់ផ្តើមលោតខ្លាំង និងមិនទៀងទាត់ ហើយគាត់ថែមទាំងមានអារម្មណ៍ឈឺចាប់នៅក្នុងទ្រូងរបស់គាត់ទៀតផង។ លោក K ដែល​មាន​ការ​ព្រួយ​បារម្ភ​យ៉ាង​ខ្លាំង​បាន​ហៅ​រថយន្ត​សង្គ្រោះ​មក​មន្ទីរពេទ្យ ប៉ុន្តែ​បន្ទាប់​ពី​ពិនិត្យ​រាង​កាយ​មិន​ឃើញ​មាន​ភាព​ខុស​ប្រក្រតី​អ្វី​ពិសេស​នោះ​ទេ។ ប៉ុន្តែក្រោយមក ចង្វាក់បេះដូងរបស់ខ្ញុំមានអារម្មណ៍ប្លែកស្ទើរតែរាល់យប់ ហើយប៉ុន្មានថ្ងៃមុននេះ នៅលើឡានក្រុងតាមផ្លូវទៅផ្ទះ ខ្ញុំពិបាកដកដង្ហើម និងឈឺបេះដូង ហើយខ្ញុំក៏រំជើបរំជួលដោយការថប់បារម្ភយ៉ាងខ្លាំង ដោយឆ្ងល់ថាតើខ្ញុំនឹងទៅ ស្លាប់។