60 Services from jobs.rqmtechnologies.com

Compares two bounded controller response traces (baseline vs candidate) on identical inputs using caller-specified numeric error rules (RMSE, MAE, max absolute error).

Simulates and analyzes a mass-spring-damper system's response to bounded force and disturbance input sequences, checking displacement and velocity limits.

Assesses a bounded set of calibration observations against user-supplied residual, coverage, and consistency rules to determine if a calibration dataset meets quality thresholds.

Checks a robot's bounded 2D trajectory against circular obstacles, robot radius, and minimum clearance constraints to detect collisions.

Compares digital-twin predicted output against mapped real-world observations using caller-supplied RMSE and absolute error tolerances

Compares planned and observed robot trajectories against caller-supplied RMSE and absolute error tolerances, returning pass/fail metrics.

Compares multiple bounded state estimator outputs against a reference trajectory using configurable error metric rules (RMSE, MAE, max absolute error) and returns pass/fail results per estimator.

Compares two sample-index-aligned complex waveforms against caller-supplied numeric rules (RMSE, max absolute error, normalized correlation) and returns a bounded pass/fail result.

Translates an OpenQASM 3 quantum circuit into a target quantum toolchain format (OpenQASM 3, Qiskit Python, or Braket Python) without silent gate substitution

Fuses multiple synchronized sensor observations into a single state estimate using an independent diagonal Gaussian uncertainty model with configurable time-skew and residual bounds.

Validates a bounded set of coordinate frames (1–64) for unit, axis, handedness, rotation, and transform-direction convention violations before downstream geometry work.

Decomposes a named quantum circuit operation (e.g. SWAP, H, CX) into an equivalent sequence of gates drawn from a specified bounded gate basis, and verifies the declared phase relation.

Applies caller-supplied metric rules to a bounded scalar, multichannel, or I/Q signal capture and returns pass/fail gate results with all measurements and rule violations.

Executes a bounded quantum circuit (RQM Circuit IR) on a local managed statevector simulator and returns shot-sampled measurement outcomes.

Measures phase drift between a reference and observed complex signal sequence, returning a bounded pass/fail result with absolute and RMS drift metrics.

Validates and normalizes a bounded OpenQASM 3 source string before downstream compilation or execution on quantum hardware or simulators.

Tunes PD controller gains (Kp, Kd) over a bounded grid search to minimize peak and RMS tracking error under a supplied disturbance signal for a mass-damper system.

Optimizes a bounded multi-dimensional trajectory only when its speed and duration satisfy caller-supplied constraints, returning a constraint-validated optimized trajectory.

Rewrites a quantum gate operation into an equivalent form using a specified target gate, under given phase-equivalence constraints (exact or global-phase-ignoring).

Validates whether a bounded quantum circuit is compatible with a pinned quantum hardware provider target by checking gate support, qubit count, coupling topology, and circuit depth against declared readiness rules.

Applies a centered moving-average smoothing model to a bounded sequence of timestamped numeric poses and returns the reconstructed trajectory with residual analysis.

Replays a bounded workcell event trace against user-supplied assertions to verify ordering, inclusion, and timing constraints.

Converts bounded sensor observations from their native coordinate frames into a specified target frame and unit convention using an explicit frame graph.

Validates timestamps, ordering, sample rates, gaps, and cross-stream synchronization in a bounded trajectory or sensor trace against caller-specified timing rules.

Diagnoses a bounded timestamped trajectory for oscillation, divergence, and stability issues against caller-supplied kinematic thresholds

Synthesizes and verifies a bounded target-basis implementation for a supported two-qubit gate operation, optimizing for gate count or circuit depth under specified objectives.

Accepts or rejects a 2×2 discrete closed-loop state matrix against caller-supplied spectral radius and determinant magnitude stability criteria

Validates whether a bounded trajectory conforms to caller-supplied maximum speed and acceleration limits, returning accept or reject.

Compares a reconstructed signal channel against a reference channel using configurable quality metrics (RMSE, maximum absolute error, normalized correlation) and acceptance rules, returning a bounded pass/fail result.

Validates complex signal captures against caller-defined spectral rules (band power or peak magnitude thresholds per frequency band), returning a bounded accept/reject decision.

Repairs a bounded OpenQASM 3 program using a conservative, caller-specified set of allowed repair operations (e.g. adding headers, normalizing whitespace).

Compiles a bounded quantum circuit to a specified pinned provider target and returns compatibility evidence

Converts a bounded complex IQ signal capture into a checksummed spectral artifact (FFT) with a declared normalization convention

Selects the optimal execution plan from a candidate list based on cost, depth, duration limits, and configurable weights.

Compares bounded quantum simulation observed probabilities against expected probabilities using configurable L1 and per-bin error thresholds to detect anomalies

Classifies a supported two-qubit quantum gate by its bounded local-equivalence class and phase context

Optimizes an RQM Circuit IR and returns the optimized version only if semantic equivalence with the original is verified; otherwise returns the original unchanged.

Applies a bounded phase rotation (in radians) to complex I/Q signal samples and verifies caller-supplied numeric preservation assertions (magnitude error and inverse round-trip MSE).

Validates, compiles, and reports bounded assurance evidence for an OpenQASM 3 circuit, returning a structured work product confirming engineering-level correctness.

Compares two Wave signal processing pipelines on a complex-valued fixture and returns a bounded pass/fail result based on caller-supplied RMSE and absolute error tolerances.

Compiles a named curated processing recipe (normalize_peak, conjugate, or rotate_quarter_turn) against a complex-valued fixture and returns a validated pipeline with execution trace and round-trip RMSE check.

Computes a bounded constant additive-offset actuator alignment correction from commanded-vs-observed pairs, subject to caller-specified RMSE and absolute correction limits

Analyzes multichannel complex IQ samples to detect and report bounded Wave-Intelligence lane degradation findings with supporting metric evidence

Optimizes a Wave signal-processing pipeline to minimize operation count while preserving output equivalence within a specified RMSE tolerance.

Diagnoses phase, rotation, ordering, or convention differences between two quantum gate operations under a specified phase context (exact or ignore_global_phase).

Compares two sets of bounded quantum provider measurement results using probability normalization and configurable difference rules (total variation distance and bin error thresholds).

Reconstructs a bounded complex-valued capture under a supplied transfer assumption and verifies the result against reference data and error tolerance rules.

Converts bounded frequency-domain bins (complex samples) back into time-domain samples via inverse FFT and validates round-trip accuracy against a caller-supplied maximum RMSE threshold.

Rotates two coordinated complex-sample channels using a quaternion rotor and validates the result against caller-supplied energy-error and round-trip RMSE invariants

Compares two bounded quantum simulation probability distributions using deterministic rules for total variation distance and per-bin error tolerances.

Compares two RQM Circuit IR circuits to determine if they are equivalent within a bounded, supported verifier scope

Transforms Jones vectors or channel (Mueller/Jones matrix) operators between world and body SU(2) reference frames using a given quaternion rotor.

Tunes a proportional-gain controller within caller-supplied gain bounds and safety limits to meet a target error objective.

Execute a bounded Wave IR pipeline of signal-processing operators on complex samples and return a single assertion verdict with output

Converts complex multi-channel IQ sample captures into a deterministic, versioned Wave-Intelligence feature vector with an input digest.

Fits a bounded quaternion NLMS equalizer to received and desired pilot signal captures and returns the learned equalization outputs

Fits a bounded structured quaternion ridge regression model to coupled channel features and targets, returning predictions and learned weights.

Diagnoses why a bounded quantum workflow failed at a specific pipeline stage and returns supported corrective actions.

Generate a deterministic, bounded sine or formula signal fixture with reproducibility, checksum, and validation evidence

Audits whether a candidate quantum circuit optimization preserves equivalence and qualitative coupling properties relative to the original circuit