The shirt worn by the human (user) contains an antenna device that will radiate the
radiation, and then the radiation will be absorbed by the human body. Then the SAR Analysis is
done by a machine. The device will analyze the human body cell's SAR value. The SAR result is
sent to the nearby base station using the same antenna. Then the antenna sends data to the data
server for analysis. The data server will receive the data and then perform the segregation
process between cancer and non-cancer cells with the help of artificial intelligence. The
segregated data performed on servers using artificial intelligence will be sent to the doctor for
review. The doctor will handle the rest of the part. If the doctor finds any suspicious symptoms,
then the doctor will send a message or call the person who is suspected of cancer. A typical
report will be sent to the concerned person if everything is normal.

Description of The Invention
Wireless body area network for tumor detection using wearable antenna comprises various components as shown in figure 1:

A designed four-port MIMO antenna (102) is placed on the user’s body (101). This antenna will be provided with a power input through which we will be getting the SAR values of the human body specific to the portion wherever the antenna is placed.

The SAR analysis (103) will be performed using machines like vector network analyzers. The limit of the SAR is 1.6 W/kg in 1 gram of body tissue. If there is a tumor in that section of the body, the SAR will be high, which is how cancer can be detected.

The data will be transferred from one base station (104) to another through wireless communication.

The data will be stored in the data servers (105) online, which can be used for future reference.

After that, the data stored in the data servers (105) will be segregated using data segregation algorithms.

All the data in which the tumor is detected will be sent to the online doctors (106), who will forward the data to the user's mobile (107) with recommendations and the kind of cancer detected.

If the cancer is not detected, the data will be directly forwarded to the user's mobile (107), showing their SAR analysis.

We Claim:

As claimed in claim 1, a system is a wireless body area network for tumor detection using wearable technology to detect tumors at early stages to cure cancer.

As claimed in claim 2, a system wherein the system is a wireless body area network for tumor detection using wearable technology detects the tumor using the SAR value of the human body.

As claimed in claim 3, a system is a wireless body area network for tumor detection using wearable technology that segregates the data of cancer patients and non-cancer patients.

As claimed in claim 4, a system wherein the system is a wireless body area network for tumor detection using wearable technology that directly sends the cancer patients' data to the prescribed online doctors for further consultation.

As claimed in claim 5, a system is a wireless body area network for tumor detection using wearable technology, which sends the whole patient report with the remarks of the online doctors to the user’s mobile so that they can get the treatment as early as possible.

As claimed in claim 6, a system is a wireless body area network for tumor detection using wearable technology that sends the whole patent report with non-cancer cells directly to their mobile devices.