fimer uring chints. What are the in frei design options to achieve thes? Select one or mores (1) Instalf and configure a web s. fon the RPL. (2) Use CGt scripts to read and present to Internet the dearra seriniy information at the fime it is requent (1) Write a custom C++ program th. Continually at regular time intervals, reads the sensory data and send it in an imait to 'tiggerilieopeiftticom' from a linked Gmail account. (2) Configure the IfIII server to present to internet the emaied siniary informabon when the email is received. (1) Install and configure a web server and a lightweight MongoDB database on the RPL (2) use PhP soripts to read and store the desared sensory in MongoD8 database. (3) Use. PHP charting tools such as phpChart to visually repcesent the data to the Internet. (1) Set up an account at www.thingspeakcom. (2) Create a new channel that provides read and write APi keys for the channeh. (3) Write a Ci+ program on the RPi that, continually at regular time intervals, reads the desired sensory information and pushes it to the hosted ThingSpeak channel using sockets and HTTP requests. (1) Set up an account at wwwthingspeakcom hosted free platform as a service. (2) Create a new channel that provides read and wite API keys for the channel. (G) Write a C++ chent program on the RPi that reads the desired sensory information and pushes it fo the hosted ThingSpeak channef using sockets and HITP requests. (4) Configure Linur cron scheduler to schedife the exercution of the C++chent program at foxed time intervals over long periods. (1) Write a custom C++ cient application to read the sensory data and generate dient requests using TCP network sockets and a user-defined communications protocol. (2) Write a custom C++ server application that services the client requests at hugh speeds and visually represent the evolution of data over time