Radix Trading Online Assessment
C++ implementation and numerical problems: reference-counted shared_ptr, fixed-buffer allocator, stable summation (Kahan), tournament min-comparisons.
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Format
C++ implementation and numerical problems: reference-counted shared_ptr, fixed-buffer allocator, stable summation (Kahan), tournament min-comparisons.
Radix Trading OA — FAQ
What is the Radix Trading online assessment?
C++ implementation and numerical problems: reference-counted shared_ptr, fixed-buffer allocator, stable summation (Kahan), tournament min-comparisons.
What is the format of the Radix Trading OA?
Candidates report a C++ and algorithms coding screen of about 60 to 90 minutes: implementation and numerical problems such as a reference-counted shared_ptr, a fixed-buffer allocator and stable (Kahan) summation.
How do I practice for the Radix Trading online assessment?
Work the sample questions above (each with a full worked solution), then take the interactive Radix Trading OA practice on QuantVault. For the full interview, see the Radix Trading interview-questions set.