Audio Production Mastery: Avid | Celemony | Adobe Audition

Compare the SAS DS2 with the data step and master its components. Learn data types, identifiers, arrays, packages, data sources, threading, and in-database processing.

Explore sas ds2 for high-performance data manipulation, covering variable declarations, identifiers, scope (local and global), and modular blocks such as proc ds2, data, method, and packages.

Contrast the data step with proc ds2, noting ds2 supports multiple data types, fed sql, threaded processing, and system defined packages beyond the data step's two types—character and numeric.

Compare proc ds2 with the data step in SAS, highlighting identifiers, declaration of variables, and how overwrite, run, and data blocks shape dataset creation.

Learn ds2 data types and variable naming, including declare statements, character and numeric types, binary and date/time types, and reserved words for reliable variable use.

Explain data step numeric conversion rules in dz2, including how dividend and divisor promote to a type and yield quotient, and how character data convert to numeric or string forms.

Cover data types and variable names in ds2, including character and date constants, handle reserved words with quotes, and declare macro variables.

Explore macro variable resolution and string concatenation with ampersand Paul to yield Peter and Paul. See how ds2 do loops and if statements create datasets and handle null values.

Shows how proc ds2 handles missing values, converting else null to SAS missing, and compares if then else with select for performance.

Discover how scopes of identifiers in sas ds2 determine which variables appear in the program data vector, distinguishing global and local variables and their resolution in data blocks and methods.

Explore ds2 arrays in SAS, comparing temporary arrays with variable arrays, using declare and var array, and learning deferred dimensioning and their effects on the PDV and output data sets.

Explore how the vararray statement defines arrays in sas ds2, fill x and months with loops, and output results to sas data sets.

Explore deferred dimensioning in proc ds2 to auto size arrays from input data, and master array assignments, including two-dimensional arrays, row and column indices, and copying arrays.

SAS ds2 data array rules for uneven sizes show how only matching elements copy from source to destination, with the remainder filled as missing and implicit type conversion.

Explore ds2 methods in sas: distinguish system defined and user defined methods, learn init, run, and terminate, and see how to save and reuse methods in programs.

explore proc ds2 system defined methods and data step logic, using initialization, run, and termination to process two data sets and produce runtime, run, and elapsed time summaries.

Learn to define and use user defined methods in DS2, including parameters, returns, and method signatures, and invoke them in a proc ds2 program with a BMI example.

The lecture explains method overload in SAS by using BMI with different signatures, including a unit parameter, enabling three- and four-parameter variants to adapt without rewriting core logic.

Explore DS2 packages in SAS to implement object-oriented programming with overloaded BMI methods, save packages in work or permanent libraries, and instantiate package variables to share methods across programs.

Learn to access package methods in SAS ds2 using a package variable and dot notation, with examples of method lookup and using the find method for data lookup.

Create and use two SAS DS2 methods to convert Celsius to Fahrenheit and Fahrenheit to Celsius, instantiate a conversion package, and access methods via package variables and dot notation.

Explore how a package functions as an object by combining methods with attributes, instantiation, and constructors, and learn how to initialize attributes using overloaded constructor methods.

Explore the DS2 package's constructor as an object, detailing default and overloaded constructors that initialize count and amount, and illustrate how package attributes become variables.

Master managing a running total with increment, set and get methods, and constructor variants that control access to package attributes.

Learn to convert Celsius to Fahrenheit with c2f method from the conversion package, accumulate totals with temps.add, and compute the average and total using terminate, get average, and get amount.

Explore system defined packages in ds2, including fcmp, has, sdp, json, metrics, sql, and time and date value processing.

Explore data sources in proc ds2, including external files and internal SAS tables, fed SQL queries, and run-group processing, while noting ds2 lacks an input statement for raw data.

Explore how by statements behave in a data step and in proc ds2, compare sorting behavior, and leverage fed SQL to join, filter, and order data within SAS.

Explore fed sql for left joins between sas data sets, and reveal many-to-many joins and cartesian products, while comparing ds2 sql joins with data step merges and proc sql.

Explore ds2 threads in proc ds2, transitioning from sequential SAT execution to concurrent threading; learn how two threads enable in-memory parallel data processing and address IO and CPU bottlenecks.

Learn how to use multiple CPUs via threading to run SAS code in parallel, understand CPU-bound and IO-bound workloads, and see a demo processing ten million observations with thread-based execution.

Two threads distribute the work, delivering real-time SAS performance from 40.3s to 9.15s. The lecture covers SAS in database code accelerator for in-database processing and proc ESP data.

Explore Melodyne’s powerful notes and tones manipulation for pitch correction, vibrato and harmonics, usable as a standalone app or DAW plugin, including polyphonic and melodic workflows.

Explore how notes are represented as nodes in Melodyne, edit pitch, scale, harmonics, timber, and vibrato, and transpose songs using a piano roll interface.

Explore Melodyne's user interface, including the piano roll, octave numbers, and time grid, and learn to analyze and edit notes, harmonics, pitch modulation, and vibrato.

Learn to navigate note and multi-track editors, import songs, and apply polyphonic detection. Adjust tempo, pitch, scale, and timbre to shape each note.

Explore Melodyne's multitrack editor, note editor, and sound editor to edit individual notes, manipulate tempo, and work with the DNA of the music while importing songs with polyphonic detection.

Master time track beats and beat reference by overlaying multiple tracks, selecting with control, and editing notes while playback to distinguish instrumental and vocal parts.

Explore Melodyne’s mixer buttons for soloing and muting tracks, recording in the multitrack editor, and using spacebar and alt shortcuts with tempo, metronome, and transport controls for playback.

Learn to zoom in and out using ctrl (or command) + scroll and dragging transport bars, then navigate Melodyne’s main panel, preferences, and audio settings for efficient project work.

Navigate melodyne's tempo and beats with the tempo editor. Learn to edit with quantization and deviation, plus algorithm-driven import options like universal, percussive, melodic, or polyphonic sustain and decay.

Navigate the Melodyne user interface, control individual and master volumes with sliders, manage tracks through import, record, duplicate, merge, and split by source, and explore note and scale options.

Learn Melodyne's note editor basics, including note data, pitch levels, polyphonic sustain, and soloed playback, with hands-on tips for showing note divisions, pitch tools, and highlighting during playback.

Explore melodyne’s piano keyboard, snapping, and scale note features to visualize and edit notes, then use the pitch tool to adjust notes within the detected key, such as B major.

Explore Melodyne's pitch tool for post-recording pitch correction, changing note positions and emphasis, and use the pitch modulation tool to add vibrato and groove.

Learn to use the pitch tool for modulation, adjusting vibrato and pitch modulation across notes, apply batch modulation, perform group transposition, and keep edits within the desired scale.

Learn how Melodyne enables editing note harmonics and changing the pitch of individual notes to fix guitar, piano, and vocal parts, including adjusting modulation and pitch drift for better accuracy.

Explore Melodyne's polyphonic sustain and master three core pitch tools—pitch tool, pitch modulation, and pitch drift—to correct and shape notes and vibrato.

Explore Melodyne’s pitch tool to correct notes and vibrato, create harmonies, and layer vocals within a DAW by using polyphonic detection on mixed tracks; practice pitch macro techniques.

master the pitch macro in melodyne to automatically align notes to the detected key, using scale detective to identify c-sharp minor and adjust pitch center and drift.

Apply melodyne's pitch macro to correct notes, snap them to the key of C sharp minor, and refine pitch, timbre, and harmonics after recording.

Use the pitch macro to snap a group of notes to a chosen scale, aligning notes to the pitch center in C sharp minor with subtle corrections.

Explore using Melodyne's pitch macro to align notes to scales, snap to e-flat minor, and adjust with the tuning fork for precise pitch.

Explore the pitch macro to transpose and snap the tune to B-flat minor, experiment with major/minor shifts, and test exotic scales while evaluating pitch center correction.

Explore how the Melodyne time shift tool lets you drag notes in time, snap to the grid, and edit timing properties, including elongating notes, to reshape the performance.

Master the timing tool to elongate notes without distortion, snapping to the grid by default and overriding it with the alt/option key to adjust start or end smoothly.

Learn to manipulate note length in Melodyne without reducing quality. Use time shift, timing, and pitch modulation to shape playback, overlap notes, and explore the time handle tool.

Learn to create key points and stress points in audio notes using time handle and timing tools, shaping emphasis and duration for expressive, dynamic results.

Learn how Melodyne's time changes tools sculpt note timing, attack, and decay, using the time tool, time handle tool, and attack speed tool to stretch and shape notes.

Adjust attack speed using the attack speed tool to add punch, fine-tune emphasis, and make targeted sections heavier by adjusting markers and notes.

Discover how the timing macro in Melodyne automates tempo and groove adjustments, quantizes time, and snaps grooves to the grid, while analyzing polyharmonic properties for precise note alignment.

Learn to use the timing macro to quantize notes, adjust grid settings like one fourth or one eighth, and apply changes to selected regions, noting timing shifts and voice distortion.

Master the quantize time macro by using the four elements of time: the basic time tool, snapping with alt-key overrides, the lengthen tool, and the time handle tool for placement.

Explore Melodyne's macro timing tool, quantizing groups of notes to grid or scale lines, with options for piano keyboard, scale notes, and pitch lines, and converting soft to hard separation.

Learn how Melodyne's melodic algorithm lets you correct pitch, adjust timing and modulation, and then use the amplitude tool to raise note volume for emphasis.

Boost note volume with the amplitude tool, adjusting decibels and selecting notes to hear changes, then explore polyphonic sustain, timing, pitch, and dynamics in Melodyne for post-singer harmonies.

Learn to use melodyne's amplitude tool to boost note volume, shape dynamics, and create smooth crossfades between adjacent notes for clearer emphasis.

Learn to use the amplitude tool in Melodyne to create smooth cross fades between notes, distinguishing soft and hard separations, and shaping the transition with the yellow line.

Master amplitude manipulation to shape each note by adjusting volume, attack, and timing; learn to create smooth transitions, overlap notes, and mix with soft separation for expressive playback.

Explore the formant tool in Melodyne to alter the harmonics and timbre of notes, enabling you to reshape voice and instrument qualities in a polyphonic melody.

Explore how the formant tool reshapes timbre by adjusting formant values, selecting note ranges, and auditioning results from -5000 to -1000, noting that changes alter instrument character without distortion.

Explore how Melodyne's DNA technology lets you shape harmonics, pitches, timing, and formants to sculpt timbre and create varied sounds without quality loss, balancing levels with multiple tools.

Adjust formants using formant bars, shifting values across the range to affect beats, strings, and piano, then tweak amplitude by a few dB to balance the mix.

Explore Melodyne's dna of sound by manipulating pitch, vibrato, and formant properties to reshape notes. Learn soft and hard separation concepts within mezzanine note separation for creative remixes.

Explore soft and hard separation, crossfading, and note transposition to shape amplitude and the curve between notes in a mixed track, using formats and the note editor.

Transform vocal timbre using Melodyne's formant tool to alter pitch, modulation, and voice quality, enabling remixing and voice-only edits without affecting piano in mixed tracks.

Explore practical modulation techniques in audio, using pitch change, format, and formant tools to alter voiceover tracks and create dynamic effects.

Explore Melodyne note separation in polyphonic sustain, contrasting soft and hard separations, and learn to manipulate separated notes to shape tone, timbre, and pitch.

Identify hard and soft note separations and how they affect timing and crossfades. Learn to create crossfades between softly separated notes and how hard separations permit independent movement.

Learn to edit notes in Melodyne by adjusting pitch, vibrato, timing, and tempo, and master separating and joining soft and hard separations for precise editing.

Learn the basics of separation in audio editing, including hard and soft separations, converting between them, and using node separation and separation type tools to edit and join notes.

Master melodyne note editing by understanding soft and hard separations, adjusting separation points, and converting to hard separations to independently move notes and blobs.

explore converting hard separations into soft separations using the node separator and separation type tools, and learn how dragging alters pitch centers and blobs.

Explore Melodyne to edit unmixed instrument tracks by adjusting pitch and notes, and use soft and hard separations to shape pitch lines, transitions, and timing.

Learn how to switch between hard and soft separations using the separation type tool, drag endpoints, and double-click to convert notes, applying timing adjustments.

Master how Melodyne's separator uses the node separation tool to divide a note for independent control of pitch and format, with feather crossfades and options like separate note as trills.

Learn to create smooth transitions using soft separations and fades. Adjust the fader, pitch tool, and timing with the node separation, format, and timing tools.

Explore Melodyne's essential tools for advanced vocal editing, including pitch, modulation, formant, and drift controls, plus timing, amplitude, crossfades, and scale snapping to shape timbre and melodies.

Learn the main tool as a contextual editor for time, length, and pitch. Scrub with it, double-click to play head, and switch to time, fetch, or note editing modes.

Demonstrate using the main edit tool in Melodyne to move notes in time, adjust pitch, and perform soft note separation, while noting crossfades and tool limitations.

Master Melodyne's main tool and control panel to reset pitch changes, adjust format and amplitude, and tune pitch modulation, preparing you for the advanced tutorial on harmonies.

Master Melodyne techniques for multitrack editing, shaping pitch, vibrato, formant, harmonics, and tempo. Work with standalone and plugin versions to import, rename, and sync recordings for precise edits.

Learn multitrack note editing by configuring grid lines to align whole, half, quarter, and finer eighth, sixteenth, and 32nd notes, with zoomed-in views for precise timing on a 4/4 beat.

Explore advanced Melodyne techniques in multitrack note editing, using grid-based tempo snapping, polyphonic detection, track and note editors, and import workflows with preview, renaming, and drag-and-drop organization.

Explore the basic grid system, preview tracks, and manage playback with mute, solo, and pan. Learn to load notes into the editor and apply polyphonic sustain or melodic algorithms.

Explore Melodyne's multi-track editor to adjust tones, pitches, vibrato, and the format across vocals and instrumentals, merge or split tracks, and manage solo/mute and track modes.

Master volume faders in a multitrack editor within a DAW to balance track levels, pan, and coordinate the master mix.

Explore basic multitrack editing in Melodyne, learning to edit notes across multiple tracks, switch reference and main tracks, and apply hard separations to isolate voice and drums.

Explore multi-track editing techniques using reference and voice tracks, manage layers by duplicating and aligning, and adjust pitch and format live with master references.

Learn to edit pitch in Melodyne at track and note levels, snap to C minor with macros, adjust pitch center and drift, and manage multi-track edits in live mode.

Combine notes in the note editor to edit pitch, volume, and attack speed in bulk, grouping similar blobs across tracks for synchronized edits.

Master note-level editing in Melodyne using track-level and notes editor interfaces to adjust timing, amplitude, pitch, and formants across tracks, with a reference voice for cross-editing.

Edit individual notes in the multitrack editor using alt to override snapping, copy and paste, adjust pitch and fades, and use a reference voiceover track to guide changes.

Explore Melodyne's tempo editor by importing audio, detecting tempo around 57 bpm, and aligning beats with the multitrack editor, metronome, and 4x4 (or 4x8) measures.

Discover how the tempo editor uses a 4x4 grid to map beats per minute and measures, adjust tempo with the metronome, and apply tempo changes to the song in Melodyne.

Learn to set beats per minute, measures, and subdivisions in Melodyne, use the tempo editor to adjust tempo across sections, and understand how human variation affects tempo and grid snapping.

Explore tempo editing by using the tempo editor to match second tracks to the first track, with Melodyne auto-detecting tempo, auto stretch, and percussion algorithms guiding beat alignment.

Match the track tempo with Melodyne using auto stretch, then refine it in the tempo editor to handle BPM fluctuations around 50–60.

Explore how to adjust grid line structures in audio production, switching between 4x4, 3x4, and 4x8 grids to shape tempo, bpm, and beats across measures.

Explore Melodyne's tempo editor to adjust tempo, beats, and rhythm, sculpting tempo curves and percussive timing to shape the musical feel.

Explore types of tempo shapes and how to create smooth tempo curves with the S curve, linear tempo progression, and tempo constant, using region selection and copy-paste.

Explore Melodyne's sound editor to sculpt harmonics, formants, pitch, and amplitude, using note-specific controls alongside global equalizer and synth settings for the whole track.

Explore how low-pass and harmonic tools shape mix and reveal energy flow in the signal. Pair equalizer and harmonics side by side with control-click to compare master versus item-specific adjustments.

Explore how to use the sound editor's equalizer to shape a whole track, tweak bands, reset settings, and compensate gain, while copying and pasting spectrum for efficient editing.

Explore how changing equalization and format (formant) shapes timbre and overall sound, and learn to reset the spectrum to the original for remix-ready flexibility.

Explore spectrum equalizer techniques in Melodyne, including selecting and editing batches, copying and pasting spectrum between songs, and applying polyphonic sustain settings to tailor timbre and overall sound.

Master dynamics to heighten contrast, making silence deeper and timbre more apparent, while using equalizer tweaks and managing reset spectrum versus reset all with topic-specific and global settings.

Explore how to tailor tone and clarity using the equalizer in Melodyne, shuffle random presets, and adjust brilliance, contour, and tonality to control dry versus wet mixes in real time.

Explore tonality by isolating notes within the harmonic range and highlighting harmonics, then follow the circle of fifth to reveal nearby pitches and chord progressions, shaping brilliance and equalization.

Explore Melodyne's harmonic pitches by editing note-level harmonics to sculpt timbre, boost or reduce frequencies, and shape harmonic progression; compare with the equalizer and reset settings for creative groovy sounds.

Explore how shuffling harmonics and the spectrum, adjusting emphasis, dynamics, brilliance, and contour reshapes frequencies and formats to create new sonic textures in audio production.

Explore melodyne's spectrum shaping to alter harmonics and the DNA of the music, adjust formants and per-note properties, and apply global or system-specific controls for unique, groovy results.

Learn to shuffle and change formats, then combine elements in a sound editor to craft unique sounds while preserving highs, harmonics, and lows, with synth integration explored in next tutorial.

Explore Melodyne's sound editor and bypass switch to compare harmonics, low and high, and formants shaping notes. See how bar changes and edge dragging smooth transitions and affect the song.

Master how to use the bypass switch to create smooth transitions by dragging above or below the bars, forming hills and valleys that shape the sound.

Explore how to use the synth in Melodyne to blend dry and processed signals, adjust equalizer, spectrum, formant, and amplitude, and creatively mix original and worked-on audio.

Explore shaping a synth spectrum by adjusting left and right format controls to create a smooth s-curve and plateau, comparing bypassed and spectrum-on sound while blending dry and wet signals.

Explore Melodyne's scale editor for polyphonic pitch correction and key snapping to C sharp minor, with adjustments to pitch, vibrato, brilliance, harmonics, and equalization.

Learn to use the scale editor to change keys and scales, from C sharp asavari to D flat major, and adjust pitch center with the macro and snap.

Learn to tweak music with Melodyne by adjusting harmonics, pitch, tempo, and scale, including snapping to C sharp minor and refining the pitch center.

Learn to snap a track to a minor scale, shifting pitch centers from C-sharp minor to a minor and E minor, and hear how scale changes reshape melody and harmony.

Explore how melodyne changes the basic scale of a song to alter harmony and mood, using major, minor, pentatonic, blues, and other scales for remixes and harmonies.

Explore aligning notes to a chosen scale using pitch lines and the keyboard, covering the C blues scale and a Greek scale, with snapping to correct lines.

Learn to edit melodies in melodyne by changing scales, aligning pitch lines to the arabian Husseini scale, snapping notes to scale boxes, and adjusting pitch drift for authentic intonation.

Snap notes to pitch centers, align them to G sharp, and explore Japanese and experimental scales, including equal 22 and 24, transposing all notes to F sharp for new textures.

Explore melodyne's scale editor to change scales and adjust notes for creative textures, and learn to snap to gong Chinese scale using macro and pitch editor.

Explore how to use the scale editor to transform western music into an oriental feel, stay on scale with pitch lines and piano keyboard references.

Use Melodyne to transform or correct music by adjusting pitches and vibratos, and snap notes to Indonesian Slendro or Chinese scales with the scale editor and tuning controls.

Explore instrument-specific scales in the scale collection, edit and snap notes in the pitch editor, and save your scale edits as macros to shape an oriental Chinese Sheng timbre.

Discover Melodyne's DNA-based music tuning and note correction, adjusting tempo and vibrato after recording. Explore scale editors, experimental scales, and pitch macros with snap tools to reshape pitches.

Learn how snapping to the scale influences pitch and tuning in the scale editor, including Greek and Hijaz scales, equal temperament, and Vallotti tunings.

Explore Melodyne's scale and tuning editors to customize scales and tunings after recording, using Vallotti tuning and equal temperament to hear how notes and frequencies shift, unlocking creative scale variations.

Explore how to alter scale properties in audio production mastery by adjusting frequencies, steps, and node relationships within an octave to reshape tuning and progression.

Learn to create and customize scales in Melodyne using the scale editor, adjusting tuning, octaves, degrees, and snapping notes to your own experimental scales.

Create your own scale by manipulating frequencies and activating nodes, exploring a 12-note scale within an octave and a 13-node cycle, as you freely rename and ascend notes.

Discover melodyne's scale editor to create custom scales and explore indian and turkish scales such as Doga Kurdi. Build 12-note scales, and experiment with tonic, degrees, pentatonic, and chromatic intervals.

Explore stretch tuning and tuning tension in Meladine, learn to snap to pitch centers, analyze and adjust scales like C sharp minor, and reset stretch using the scale editor.

Explore Melodyne's note assignment to separate overlapping notes in polyphonic mixes and adjust pitch, harmonics, formants, and scales, assigning overtones to their correct notes.

Explore note assignment techniques in audio production, identifying notes and overtones, activating suspected nodes, and detaching paired nodes to separate harmonics for precise editing.

Learn to use Melodyne note activation to separate overlapping notes from blobs for independent editing, and employ the blind to isolate original tones from overtones.

Conclude the advanced course by demonstrating Melodyne note assignment mode, separating tones and overtones, and refining note editing through probability-based placement and processing.

Master Adobe Audition fundamentals of digital audio, including the user interface, workspace setup, import, record, edit, apply effects, multitrack mixing, surround sound, video applications, and export options.

Explore new Adobe Audition features like dynamic link with Premiere Pro, streaming video without rendering, live relinking of assets, and automatic dialogue replacement for streamlined audio post production.

Explore the fundamentals of digital audio, from sound creation by vibrating sources to waveform visualization and key measurements: amplitude, frequency, phase, wavelength.

Explore how sound waves interfere, with in-phase peaks reinforcing amplitude and out-of-phase interactions shaping complex waveforms from music, voice, and noise, explaining why violin and trumpet sound different.

Explore differences between analog and digital audio, including how microphones convert sound to voltage. Understand how analog to digital conversion turns signals into digital samples via sampling and sample rate.

Understand how bit depth shapes dynamic range, fidelity, and noise floor, and how sampling converts analog waves to audio in adobe audition, including dbfs and 8 to 32 bit modes.

Master the Adobe Audition interface by configuring a tailored workspace, switching between waveform and multitrack modes, and using zoom, navigation, and spectral displays.

Import audio into Adobe Audition, play back, and extract audio from CD or DVD. Record tracks at 44,100 Hz, stereo, 32-bit float, and manage multi-track sessions.

Learn to arm tracks for recording, mute and solo as needed, and manage multi-track editing in adobe audition cs6, including gain adjustments and gap removal.

Explore editing audio in Adobe Audition by applying echo and delay, using the effect rack and presets, and note how echo differs from reverb.

Apply effects in Adobe Audition CS6 using the multitrack editor, from echo and analog delay to the equalizer, while adjusting stereo balance, decibels, and pre- or post-fader settings.

Learn to import Indian music into a multi-track mix in Adobe Audition, then apply noise removal and adaptive noise reduction, fine-tune settings, pre-render tracks, and save a noise removal preset.

Apply pitch corrector and adaptive noise reduction in Adobe Audition to remove echo, tune vocals with spectral mode, adjust noise floor, and fine-tune sensitivity and attack for clear, balanced audio.

Learn to use noise reduction in Adobe Audition by capturing a noise print from a quiet section and applying reduction to selected areas or the entire file.

Explore audio editing in Adobe Audition by removing hum with the FFT filter and reducing sibilance using the DS (de-esser) effect, with mono or 5.1 stereo options.

Remove unwanted audio by selecting noisy sections in spectral view, using lasso, paint brush, or spot healing brush tools, then delete, heal, or copy and paste to repair the track.

Edit audio using pitch correction and auto pitch features, adjusting decibels and time-pitch parameters across multi-track timelines to shape tone and pitch.

Apply de-esser and other effects in adobe audition to reduce sibilance, adjust thresholds and gain, and explore amplitude, compression, and channel mixer options for vocal and instrumental balance.

Explore dynamic processing in adobe audition, applying soft limits and vocal limiters with look-ahead and gain controls to keep audio within decibel ranges.

Use a multiband compressor in Adobe Audition to shape vocal dynamics across low, mid, and high bands, adjusting attack, release, thresholds, gain, and de-esser settings.

Learn to balance vocal levels in Adobe Audition using speech volume leveler and various single-band and tube model compressors, while adjusting threshold, gain, and frequency balance.

Explore editing audio with delay and echo effects in Adobe Audition, adjusting dry/wet, delay, and feedback, and applying analog delay presets to create distinct reverberation and character.

Explore filters and EQ by using ten- and twenty-band equalizers, adjusting low and high pass filters, master gain, and presets to balance the music.

Apply audio effects with filter and eq, adjust 30-band presets, and correct ground loop and mic rumble; save custom presets and fine-tune spline curves for a smoother tone.

Explore how to shape vocal and music tracks using effects like notch filter, chorus, and multi-band graphic equalizers in Adobe Audition, enhancing clarity and balance.

Explore applying compressor, distortion, and filter effects to shape tone, reduce noise, and compare the audio before and after using the bypass button.

Explore the vocal enhancer effect, compare male, female, and music presets, record a take, apply the effect, adjust levels, and match tone while reducing noise.

Master noise distortion and related effects in Adobe Audition by adjusting distortion curves, time smoothing, and noise gain, then explore presets and doppler shift for surround effect.

Explore circular and doppler-like stereo effects to edit audio in surround environments, using presets and controls such as starting angle, center position, velocity, and noise distortion.

Explore center channel extractor to isolate or remove centrally panned vocals, bass, and lead instruments by adjusting phase, frequency ranges, and stereo imagery.

Learn to apply the graphic phase shifter for stereo imagery, convert audio to mono when needed, and control frequency scales, range, and FFT size to shape phase and treble.

Explore automatic pitch correction workflow in audio editing, including noise reduction, applying adaptive noise reduction, and adjusting attack, sensitivity, reference channel, calibration, and chromatic/extreme vocal correction for natural results.

Master manual and automatic pitch correction in the waveform editor, refine pitch curves and reference channels, and apply stretch and pitch effects with isotope radius and precision controls.

Learn to edit audio by cutting, copying, pasting, and applying fade-in and fade-out effects, adjust decibel levels, and mix tracks in a multi-track window.

Learn to edit audio with cut, copy, paste, and silence, mix tracks, and insert into a multitrack session, then burn a created playlist to a CD using Audition.

Edit a track by adding files and placing markers to create a playlist. Merge markers, insert selected ranges into the playlist, adjust order, and burn the final marker list.

Learn to use markers to navigate, edit, and burn audio by adding cue, subclip, and CD track markers; convert between point and range, rename, and manage marker panels.

Learn to use markers to select, merge, and export audio ranges, adjust sample rate and channels, and insert edits into a multi-track session.

Group multiple audio files in the batch process panel, apply identical effects to the entire group, and export the results to wav or mp3 formats to automate repetitive editing tasks.

Edit audio in the edit tab by converting sample rates and bit depths, applying ripple delete and snapping, and managing third-party VSTs with the audio plugin manager.

Learn to work in multitrack editing for audio effects, adjust clip gain and decibels, and use automatic speech alignment to synchronize clips.

Edit audio by applying reverse and invert effects, then generate tones with square, inverse sine, triangle, and sawtooth waveforms, and adjust amplitude, frequency components, and multiplier.

Explore Audition's favorites tab to apply quick edits and batch processes, including fades, gain tweaks, format conversions (mono, stereo, 5.1), hiss removal, and recording favorites.

Explore multitrack options by editing metronome patterns and swapping sound types, from cymbals to tabla, then export to Adobe Premiere Pro as XML and mixdown to mono or stereo.

Explore the phase meter to compare phase relationships between two channels, and analyze tonal and dynamic range with frequency analysis and amplitude statistics in a multi-track session in Adobe Audition.