<transcript><audio_16>I have advertisement modules hence in this talk we will be see many optimizations which which can be done at the application level so that each developer can contribute to saving the energy for the end users purpose first</transcript><transcript><audio_17>we'll key energy work then optimizations which includes many network intensive applications acceptor and then some other optimization and conclusion so energy Bob ok so in android every</transcript><transcript><audio_18>component remains in the sleep state until it is wakin up explicitly so that is in power management in a droid when we want to use any component in our application then we need to then we need</transcript><transcript><audio_19>to define a wakelock instance so then we need me to use any components then we need to define wake lock for using that component and we have to define wake lock as one of the four one of the options which will be discussing</transcript><transcript><audio_20>further wakelock is an instance of power manager dot wakelock class and while initializing it we have to pass a parameter that will be one of the options which will be discussing that will switch honor of the component</transcript><transcript><audio_21>switching on and off means that that component will either be in the high power state or the low power state when we switch on the component then that device or the component will go in the high power state and similarly when we switch off the component then it will go</transcript><transcript><audio_22>in the low power state so in this diagram we can see many options which we can pass in the as a parameter violation initializing the wakelock instance like if we pass back partial wakelock that</transcript><caption><image_23>The image is a table that shows the power management in Android. The table is divided into three columns and three rows. The first column is titled "Power Management in Android" and contains information about the different components of the Android operating system.

The second column is labeled "Components" and lists the different types of components that make up the system. The components include:

- Partial Wake Lock: This is the main component of the system, which is represented by the text on the left side of the table. The component is called "Partial Wake Lock" and it is used to control the wake-up and wake-down of the computer's wakeup system. 

There are also several other components listed in the table, such as "CPU" and "CPU", which are used to monitor and control the system's wake up and wake up settings. These components are typically used in the operating system to ensure that the system is running smoothly and efficiently.
- Full-wake-lock: This type of system is used for monitoring and controlling the wake up process, which helps to prevent the system from overheating and overheating. It also helps to keep the system running smoothly, ensuring that it is running efficiently and effectively.</caption> I have advertisement modules hence in this talk we will be see many optimizations which which can be done at the application level so that each developer can contribute to saving the energy for the end users purpose first we'll key energy work then optimizations which includes many network intensive applications acceptor and then some other optimization and conclusion so energy Bob ok so in android every component remains in the sleep state until it is wakin up explicitly so that is in power management in a droid when we want to use any component in our application then we need to then we need to define a wakelock instance so then we need me to use any components then we need to define wake lock for using that component and we have to define wake lock as one of the four one of the options which will be discussing further wakelock is an instance of power manager dot wakelock class and while initializing it we have to pass a parameter that will be one of the options which will be discussing that will switch honor of the component switching on and off means that that component will either be in the high power state or the low power state when we switch on the component then that device or the component will go in the high power state and similarly when we switch off the component then it will go in the low power state so in this diagram we can see many options which we can pass in the as a parameter violation initializing the wakelock instance like if we pass back partial wakelock that
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