Integration system for medical instruments with remote control

A method comprising:

• detecting, by a first computing device, a touch input on an area of a touchscreen;
• determining, by the first computing device, an application corresponding to the area of the touchscreen that received the touch input;
• determining, by the first computing device, an instruction corresponding to the touch input based at least in part on the application;
• and
• applying, by the first computing device, the instruction to the application.

A method comprising:

• detecting, by a first computing device, a signal from a marking device proximate to a display;
• determining, by the first computing device, an instruction associated with the signal from the marking device;
• and
• applying, by the first computing device, the instruction to the display.

A method comprising:

• detecting, by a central processing station, a first wireless signal from a first medical instrument indicating that the first medical instrument is proximate to the central processing station, wherein the first wireless signal comprises at least one of a radio frequency identification signal, a Wi-Fi signal, a Bluetooth signal, an infrared signal, and an ultrawideband signal from a first medical instrument;
• determining, by the central processing station, a first identifier associated with the first medical instrument from the first wireless signal;
• determining, by the central processing station, a type of device based at least in part on the first identifier;
• determining, by the central processing station, a first window in a first display configuration based at least in part on the type of device, wherein the first window displays first data from the first medical instrument;
• receiving, by the central processing station, the first data from the first medical instrument;
• displaying, by the central processing station, the first data in the first window in the first display configuration;
• detecting, by the central processing station, a second wireless signal from a telecommunications network indicating that a second medical instrument is proximate to the central processing station, wherein the second wireless signal comprises a 4G signal;
• determining, by the central processing station, a second identifier associated with the second medical instrument from the second wireless signal, wherein the second identifier is an identification number;
• determining, by the central processing station, a second display configuration, the second display configuration configured to display at least the first data from the first medical instrument and second data from the second medical instrument;
• displaying, by the central processing station, the second display configuration;
• determining, by the central processing station, a second window in the second display configuration based at least in part on the type of device;
• displaying, by the central processing station, the first data from the first medical instrument in the second window;
• determining, by the central processing station, a third window in the second display configuration based on the identification number of the second medical instrument;
• receiving, by the central processing station, the second data from the second medical instrument;
• and
• displaying, by the central processing station, the second data in the third window in the second display configuration.

A method comprising:

• determining, by a central processing station, a first pair of coordinates on a touchscreen and a first time, the first pair of coordinates and the first time associated with a beginning of a touch input;
• and
• determining, by the central processing station, a second pair of coordinates on the touchscreen and a second time, the second pair of coordinates and the second time associated with an end of the touch input;
• determining, by the central processing station, a type of user gesture associated with the touch input based at least in part on the first pair of coordinates, the first time, the second pair of coordinates, and the second time;
• determining, by the central processing station, an application associated with at least the first pair of coordinates and the second pair of coordinates on the touchscreen;
• determining, by the central processing station, an instruction based at least in part on the user gesture and the application;
• applying, by the central processing station, the instruction to the application.

A method comprising:

• detecting a first signal from a marking device;
• determining, by a central processing station, a first pair of coordinates on a display associated with the signal from the marking device;
• determining, by a central processing station in communication with the display, an identifier associated with the marking device;
• determining, by the central processing station, a color associated with the identifier;
• determining, by the central processing station, an amount of time that an input from the marking device shall be displayed on the display, the amount of time associated with the identifier;
• and
• sending, by the central processing station, a second signal to the display to cause the color to be displayed at the first pair of coordinates on the display.