Designing radio technology into computing systems requires the use of mathematical equations and scientific methods to solve real - world problems that affect our customers such
as radio frequency interference or battery life due to transmission of energy.
Not exact matches
Just
as radio channels close to each other in
frequency can bleed into one another, creating static, so too can
radio interference from different technologies bleed into the channels astronomers use to observe.
Building the instrument required solving a host of engineering problems, ranging from dealing with a remote, barely accessible site, shielding the dish from
radio frequency interference that would drown out the signals from cosmic objects, and developing a first - of - its - kind method to pull a portion of the spherical dish into a gradually moving paraboloid to aim at and track astronomical targets
as Earth rotates.
There are no
interference issues
as there can be with
radio frequencies, and it could be more secure since it can't go through walls.