Removed glossary section

This section was imported from gitee and we remove it as it is no longer
relevant to OpenHarmony.

Signed-off-by: shettygururaj <gururaj.shetty@huawei.com>

index.rst

@@ -19,4 +19,3 @@ Welcome to |main_project_name| documentation!
    contributing/README
    ip-policy_implementation-guidelines/index
    ip-policy_policy/index
-   term/glossary

term/glossary.rst

-.. SPDX-FileCopyrightText: Huawei Inc.
-..
-.. SPDX-License-Identifier: CC-BY-4.0
-
-Glossary
-========
-
-A
--
-
--  **Ability**
-
-   An ability is an abstraction of a functionality that an application
-   can provide. Abilities of applications are classified into two types:
-   Feature Ability (FA) and Particle Ability (PA).
-
--  **AbilityForm**
-
-   An AbilityForm displays brief information about a Feature Ability on
-   the UI of another application and provides basic interactive
-   features.
-
--  **AbilitySlice**
-
-   An AbilitySlice is the combination of a single visualized UI and its
-   interactive logic. AbilitySlice is the fundamental unit of a Feature
-   Ability. A Feature Ability can contain a group of UIs representing
-   closely associated services, and each UI corresponds to one
-   AbilitySlice.
-
--  **ACE**
-
-   Ability Crossplatform Environment, an environment for abilities to
-   run across platforms
-
--  **AMS**
-
-   Ability Manager Service, a service that manages abilities
-
-B
--
-
--  **BMS**
-
-   Bundle Manager Service, a service that manages application bundles
-
-D
--
-
--  **DevEco Studio for Embedded**
-
-   Integrated development environment (IDE) for developing embedded
-   devices
-
--  **DMS**
-
-   Distributed Manager Service, a service used for distributed data
-   management
-
--  **DV**
-
-   Device Virtualization, which employs the virtualization technology to
-   integrate capabilities and resources of different devices
-
-F
--
-
--  **FA**
-
-   Feature Ability, representing an ability with a UI for interacting
-   with users
-
-H
--
-
--  **HAP**
-
-   HarmonyOS Ability Package, released as a HAP file. One HAP file
-   describes all content of an application, including code, resources,
-   third-party libraries, and a configuration file.
-
--  **HCS**
-
-   HDF Configuration Source (HCS) describes the HDF configuration using
-   key-value pairs. HCS is designed to decouple configuration code from
-   driver code, thereby facilitating configuration management.
-
--  **HC-GEN**
-
-   HDF Configuration Generator (HC-GEN) is a tool used to convert the
-   configuration text into the target. In the HarmonyOS kernel, it can
-   convert the configuration file into the configuration tree of C
-   programming source code. The driver then directly invokes the C
-   programming code to obtain the configuration.
-
--  **HDF**
-
-   HarmonyOS Driver Foundation that allows unified access from
-   peripheral devices and provides foundation for driver development and
-   management in HarmonyOS
-
-I
--
-
--  **IDN**
-
-   Intelligent Distributed Networking, a distributed networking
-   capability unit specific to HarmonyOS. You can use IDN to obtain the
-   device list and subscribe to the connection state changes of devices
-   on the distributed network.
-
-M
--
-
--  **MSDP**
-
-   Mobile Sensing Development Platform, which provides the capabilities
-   of distributed convergence sensing and distributed device
-   virtualization.
-
-   -  Distributed convergence sensing: Backed by the distributed
-      capabilities of HarmonyOS, the MSDP integrates the sensing sources
-      of all involved devices to accurately sense users’ space status,
-      motion status, gestures, and health status. It thereby builds
-      ubiquitous basic sensing capabilities, bringing smart life
-      experience to users.
-   -  Distributed device virtualization: Backed by the distributed
-      capabilities of HarmonyOS, the MSDP virtualizes various components
-      (such as cameras, monitors, speakers, and microphones) of
-      peripherals into the components available for local devices. Also,
-      it enables local devices to share their components with other
-      devices.
-
-P
--
-
--  **PA**
-
-   Particle Ability, representing an ability without a UI. PAs are
-   invoked to implement Feature Ability (FA) functionalities. For
-   example, a PA runs in the background to provide the computing
-   capability or acts as a data warehouse to provide the data access
-   capability.
-
-S
--
-
--  **SA**
-
-   System Ability. The system abilities include the basic hardware and
-   software services provided by the OS.
-
--  **Super virtual device**
-
-   Also called super device. It integrates the capabilities of multiple
-   devices through the distributed technology into a virtual hardware
-   resource pool and then centrally manages and schedules these
-   capabilities based on application requirements.