FSD Beta 10.69.2 (2022.20.15) Official Tesla Release Notes

– Extra a new “deep lane advice” module to the Vector Lanes
neural network which fuses attributes extracted from the video clip
streams with coarse map facts, i.e. lane counts and lane
connectivities. This architecture achieves a 44% reduce mistake level on
lane topology in comparison to the previous design, enabling smoother
command prior to lanes and their connectivities turns into visually
apparent. This presents a way to make each Autopilot generate as
very good as anyone driving their own commute, yet in a sufficiently
common way that adapts for road changes.

– Improved over-all driving smoothness, with out sacrificing latency,
by far better modeling of program and actuation latency in
trajectory organizing. Trajectory planner now independently accounts
for latency from steering instructions to genuine steering actuation, as
perfectly as acceleration and brake instructions to actuation. This effects
in a trajectory that is a far more exact model of how the car or truck
would push. This will allow much better downstream controller monitoring and
smoothness although also permitting a additional precise reaction in the course of
harsh maneuvers.

– Improved unprotected left turns with a lot more suitable speed
profile when approaching and exiting median crossover locations, in
the existence of high velocity cross site visitors (“Chuck Cook model”
unprotected still left turns). This was done by enabling optimisable first
jerk, to mimic the harsh pedal push by a human, when essential to
go in entrance of superior speed objects. Also improved lateral profile
approaching this kind of basic safety areas to allow for superior pose that aligns
very well for exiting the area. At last, enhanced conversation with objects
that are entering or waiting around within the median crossover region with
much better modeling of their potential intent.

– Extra manage for arbitrary lower-speed shifting volumes from
Occupancy Network. This also enables finer handle for far more
specific object shapes that are unable to be conveniently represented by a
cuboid primitive. This demanded predicting velocity at just about every 3D
voxel. We may now handle for sluggish-transferring UFOs.

– Upgraded Occupancy Network to use online video instead of photographs
from one time phase. This temporal context allows the community to
be sturdy to short term occlusions and enables prediction of
occupancy movement. Also, enhanced ground reality with semantics-driven
outlier rejection, hard instance mining, and escalating the dataset
dimensions by 2.4x.

– Upgraded to a new two-stage architecture to develop object
kinematics (e.g. velocity, acceleration, yaw rate) exactly where community
compute is allocated O(objects) instead of O(space). This enhanced
velocity estimates for much away crossing vehicles by 20%, whilst
using a single tenth of the compute.

– Amplified smoothness for guarded correct turns by strengthening the
association of visitors lights with slip lanes vs produce signs with slip
lanes. This reduces phony slowdowns when there are no relevant
objects present and also enhances yielding situation when they are

– Diminished untrue slowdowns around crosswalks. This was carried out with
enhanced understanding of pedestrian and bicyclist intent primarily based on
their movement.

– Improved geometry mistake of moi-appropriate lanes by 34% and
crossing lanes by 21% with a complete Vector Lanes neural network
update. Info bottlenecks in the network architecture were being
removed by increasing the dimension of the for every-digicam characteristic
extractors, movie modules, internals of the autoregressive decoder,
and by introducing a challenging consideration mechanism which significantly enhanced
the fine posture of lanes.

– Designed pace profile a lot more at ease when creeping for visibility,
to make it possible for for smoother stops when safeguarding for probably
occluded objects.

– Improved recall of animals by 34% by doubling the size of the
car-labeled teaching set.

– Enabled creeping for visibility at any intersection exactly where objects
could cross ego’s route, regardless of presence of targeted visitors controls.

– Enhanced precision of halting place in crucial situations with
crossing objects, by permitting dynamic resolution in trajectory
optimization to target more on parts wherever finer regulate is crucial.

– Improved recall of forking lanes by 36% by having topological
tokens take part in the consideration functions of the autoregressive
decoder and by expanding the loss applied to fork tokens for the duration of

– Enhanced velocity error for pedestrians and bicyclists by 17%,
primarily when ego is producing a switch, by increasing the onboard
trajectory estimation utilized as enter to the neural community.

– Enhanced recall of item detection, eradicating 26% of lacking
detections for considerably away crossing automobiles by tuning the loss
function utilized in the course of instruction and improving label excellent.

– Improved item upcoming route prediction in scenarios with substantial yaw
price by incorporating yaw fee and lateral movement into the chance
estimation. This will help with objects turning into or absent from ego’s
lane, in particular in intersections or minimize-in scenarios.

– Improved velocity when coming into freeway by better managing of
impending map speed alterations, which improves the self-confidence of
merging on to the freeway.

– Lowered latency when starting from a stop by accounting for guide
vehicle jerk.

– Enabled a lot quicker identification of pink light-weight runners by assessing
their existing kinematic point out in opposition to their envisioned braking profile.

Push the “Online video File” button on the prime bar UI to share your responses. When pressed, your vehicle’s external cameras will share a small VIN-associated Autopilot Snapshot with the Tesla engineering staff to support make improvements to FSD. You will not be able to see the clip.