This can be handled easily without shielding.
This can be handled via a robotic store backend, or done using human support staff, which is a more popular option in emerging markets where labor is cheaper.
Managing schedules is something that's important for productivity, but there are a number of ways this can be handled outside of the calendaring interface.
This can be handled by the mechanism f ( y | α c, α d, μ, ϕ, c, d ) = α c, y = c α d, y = d ( 1 - α c - α d ) f ( y | μ, ϕ, c, d ), y ∈ ( c, d ), where the vector of probabilities (α c,α c,1 - α c - α d ) should be modelled using a multinomial logistic.
This can be handled in several ways: Read data from memory 2 samples by 2 samples with 2 clock latency for each radix operation, double memory clock frequency and read 2 samples by 2 samples with 1 clock latency for each radix operation at the expense of double memory power, or use 4-port memories.
All this can be handled by way of a simple interface that RIM assures us "requires little or no technical skills to use," which would lower the bar for effective device management and presumably make a small business's single IT guy less likely to yank their hair out.
