hold_time_checker : process ( clk, d ) is variable last_clk_edge_time : time := 0 fs; begin if rising_edge(clk) then last_clk_edge_time := now; end if; if d‘event then assert now - last_clk_edge_time >= Thold_d_clk report“hold time violation”; end if; end process hol...
MC-Checker is the most effective debugger in solving the memory consistency errors. MC-Checker did ignore the transitive ordering of the happened-before relation to ensure the acceptable overheads in terms of time complexity. Consequently, MC-Checker is prone to error due to the source of false ...
Reduce the complexity of your initial views Xcode Organizer and MetricKit both use the time to first frame as the measurement of launch time, including the time required to draw the views that are displayed on that first frame. You can only modify the view hierarchy on the main thread; ther...
Since the algorithm is based on depth first search method, its complexity is proportional to the number of the prefixes for Δ(N, ST (D)) and to the size of the longest prefix for Δ(N, ST (D)). The algorithm presented above has been implemented in a tool prototype. On a PentiumM...
The resulting assume- guarantee proof rule produces refinement obligations both at the macro level and at the micro level, which are then discharged by our model checker Mocha [AHM+98]. While micro-level refinement obligations can be handled using tra- ditional model checking, we had to enhance...
The ability to decompose a capsule into parts is important for managing complexity. When a capsule has grown too big and complex you can decompose it into capsule parts without changing the communication interface of the capsule. Ports of capsules typing capsule parts are connected to each other ...
Functions and methods can now be re-defined at the REPL. The type checker was relaxed to allow this. We changed over from one LuaJIT C binding to anther. The new binding is the same one that LuaR uses, so this enables LuaR exploration. ...
This means that instead of having to transform C source code via a source-to-source transformation, a daunting task even with modern tools due to the sheer complexity of the syntax and semantic of the C programming language, we will perform a transformation on the LLVM Intermediate ...
In this case, the computational complexity of the algorithm is of the order qn, where q is the number of quantization levels and n is the number of the continuous states. There are also interesting cases where it is sufficient for the control objective to approximate the invariant hypersurfaces...
Given, a sequence X of n variables, a time-series constraint ctr using the Sum aggregator, and a sliding time-series constraint enforcing the constraint ctr on each sliding window of X of m consecutive variables