With the rapid growth of mobile applications and user-generated content (UGC), the ability to publish mobile content such as SMS and MMS information to broadcast systems has become increasingly important-especially in the case of live broadcasts of TV shows and events .
In most cases, the purpose of the interaction between the mobile phone and the broadcasting system is to obtain some UGC and publish it to the broadcasting system, which is displayed on the large screen of the TV or the event site in an overlay mode (such as a band at the bottom of the screen). This type of UGC is a great way to promote user interaction. It shortens the distance between the organizer and the audience, and provides an interesting experience for the audience or event participants.
In Figure 1, a regular messaging engine is used to receive input from various sources (SMS, MMS, IVR, iTV, Web, etc.) and add a set of data-driven rules to the incoming "information" . The first is to receive content from users. Although it is also possible to adopt other methods mentioned above, this step is generally completed in the form of an SMS message.
Figure 1: The figure shows the integration points and information flow of an activity in multiple input formats and multiple output formats
Adjustment process
After receiving it from the user, the information will be placed in a database table, waiting in line for the regulator's approval, and then passed to the screen after passing the approval. When publishing user-generated mobile content to a broadcast network, this adjustment process determines whether the distribution can be successful. The main reasons are as follows:
Most broadcast networks require enough approved information to be released.
Timely content adjustment ensures that information can be displayed in the fastest time.
It is essential to comply with the principles of proper content.
You must confirm that all required information is relevant.
Figure 2: Screenshot of the online adjustment interface
Most studios are faced with strict space restrictions, which sometimes increases the difficulty of on-site adjustment, especially when the space where the event site is located is limited. In this case, you can use the Web browser to enter the mediation user interface in the information receiving and sending system for offline adjustment.
After the information is approved, the content can be published to the broadcast system in the following ways:
The graphics system retrieves the information in XML format via HTTP
In some graphics systems (such as DekoCast), you can call an external system by writing a module to retrieve the information that is still to be released. For example, 5th Finger ’s radio broadcast uses an API to return the current approved message queue. This XML file can be read into the graphics system and placed in a queue waiting to be displayed.
The API called in this example is called "CampaignChatData". The interface can retrieve chat information that exists in the queue in the form of XmlNode. By specifying different parameters, the CampaignChatData Web service can provide the following functions:
Retrieve all information or a specific amount of information in the queue
Retrieve all unread messages or a specific amount of information in the queue
Automatically delete information from the queue after retrieval
Automatically delete a specific message in the queue
Retrieve information in the order in which the information was adjusted or in reverse order (for example, the most recent modulation information will be returned first)
Retrieve the information adjusted since the last call
LiFePO4 Battery Pack refers to a battery pack that uses lithium iron phosphate (LiFePO4) as the positive electrode material, which is a common lithium-ion battery. LiFePO4 battery has been widely concerned and applied due to its advantages of high safety, long life, high energy density, and environmental protection.
Main effect:
Energy storage: The main function of the LiFePO4 Battery Pack is to store energy and store electrical energy so as to supply electricity to electrical equipment when needed. It can store electricity from solar panels or other power sources, and then supply power at night or when solar radiation is low.
Smooth power output: LiFePO4 battery has good power characteristics, can output power smoothly, and maintain a stable power supply. It can adjust and supplement power fluctuations to ensure the continuity and stability of the power supply.
Provide backup power: LiFePO4 Battery Pack can be used as a backup power source for power outages or emergencies, providing continuous power to critical equipment.
Differences from Solar Battery Pack:
Solar Battery Pack is a more general concept that refers to the overall unit formed by combining multiple solar battery cells. This battery pack can utilize different types of battery technologies, including lithium-ion batteries, lead-acid batteries, and more.
The LiFePO4 Battery Pack is a specific type of Solar Battery Pack, which refers to a solution that uses a lithium iron phosphate battery as a battery pack. Therefore, LiFePO4 Battery Pack is a subset of the Solar Battery Pack.
In general, LiFePO4 Battery Pack is a specific type of solar battery pack, which uses lithium iron phosphate lithium battery, which has the advantages of high safety and long life and is suitable for energy storage applications of solar power generation. The Solar Battery Pack is a broader concept, including all battery packs used to store solar energy or other energy, of which the LiFePO4 Battery Pack is just one of the implementations.
48v lifepo4 battery pack, lithium iron phosphate battery pack, lifepo4 battery pack 12v, custom lifepo4 battery packs, lifepo4 battery kit
Ningbo Autrends International Trade Co., Ltd. , https://www.aitsolarpanels.com