diff --git a/.gitignore b/.gitignore
new file mode 100644
index 0000000..9f71d98
--- /dev/null
+++ b/.gitignore
@@ -0,0 +1,5 @@
+**/*.asv
+**/*.fc32
+**/octave-workspace
+collects/
+**/images/*.png
diff --git a/gnuradio/correlation_test.grc b/gnuradio/correlation_test.grc
new file mode 100644
index 0000000..095962f
--- /dev/null
+++ b/gnuradio/correlation_test.grc
@@ -0,0 +1,1026 @@
+options:
+  parameters:
+    author: main
+    category: '[GRC Hier Blocks]'
+    cmake_opt: ''
+    comment: ''
+    copyright: ''
+    description: ''
+    gen_cmake: 'On'
+    gen_linking: dynamic
+    generate_options: qt_gui
+    hier_block_src_path: '.:'
+    id: correlator_test
+    max_nouts: '0'
+    output_language: python
+    placement: (0,0)
+    qt_qss_theme: ''
+    realtime_scheduling: ''
+    run: 'True'
+    run_command: '{python} -u {filename}'
+    run_options: prompt
+    sizing_mode: fixed
+    thread_safe_setters: ''
+    title: Not titled yet
+    window_size: ''
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [8, 8]
+    rotation: 0
+    state: enabled
+
+blocks:
+- name: channel
+  id: variable_qtgui_chooser
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Drone ID Channel
+    label0: Ch 1
+    label1: Ch 2
+    label2: Ch 3
+    label3: Ch 4
+    label4: Ch  5
+    labels: '[]'
+    num_opts: '5'
+    option1: 2.4145e9
+    option2: 2.4295e9
+    option3: 2.4445e9
+    option4: 2.4595e9
+    options: '[0, 1, 2]'
+    orient: Qt.QVBoxLayout
+    type: real
+    value: 2.3995e9
+    widget: combo_box
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [79, 651]
+    rotation: 0
+    state: disabled
+- name: correlation_mag_scaler
+  id: variable_qtgui_range
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Correlation Scaler
+    min_len: '200'
+    orient: Qt.Horizontal
+    rangeType: float
+    start: '0'
+    step: '0.01'
+    stop: '10'
+    value: '1'
+    widget: counter_slider
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1778, 31]
+    rotation: 0
+    state: enabled
+- name: decimation
+  id: variable
+  parameters:
+    comment: ''
+    value: '2'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [962, 46]
+    rotation: 0
+    state: true
+- name: delay
+  id: variable_qtgui_range
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Delay
+    min_len: '200'
+    orient: Qt.Horizontal
+    rangeType: int
+    start: '0'
+    step: '1'
+    stop: '100000'
+    value: int(fft_size * 4) + long_cp_len + (short_cp_len * 3)
+    widget: counter_slider
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1591, 41]
+    rotation: 0
+    state: enabled
+- name: fft_size
+  id: variable
+  parameters:
+    comment: ''
+    value: samp_rate / decimation / 15e3
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1076, 44]
+    rotation: 0
+    state: true
+- name: filter_taps
+  id: variable_low_pass_filter_taps
+  parameters:
+    beta: '6.76'
+    comment: ''
+    cutoff_freq: 5e6
+    gain: '1.0'
+    samp_rate: samp_rate
+    width: 750e3
+    win: firdes.WIN_HAMMING
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [623, 15]
+    rotation: 0
+    state: true
+- name: freq
+  id: variable_qtgui_range
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Freq
+    min_len: '200'
+    orient: Qt.Horizontal
+    rangeType: float
+    start: 60e6
+    step: .5e6
+    stop: 6e9
+    value: '2429500000'
+    widget: counter_slider
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [456, 10]
+    rotation: 0
+    state: enabled
+- name: gain
+  id: variable_qtgui_range
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Gain
+    min_len: '200'
+    orient: Qt.Horizontal
+    rangeType: float
+    start: '0'
+    step: '0.05'
+    stop: '1'
+    value: '.35'
+    widget: counter_slider
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [321, 10]
+    rotation: 0
+    state: true
+- name: long_cp_len
+  id: variable
+  parameters:
+    comment: ''
+    value: round(0.0000052 * samp_rate / decimation)
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1199, 48]
+    rotation: 0
+    state: true
+- name: offset
+  id: variable_qtgui_range
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Offset
+    min_len: '200'
+    orient: Qt.Horizontal
+    rangeType: float
+    start: -samp_rate/2
+    step: .5e6
+    stop: samp_rate/2
+    value: 7.5e6
+    widget: counter_slider
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [795, 15]
+    rotation: 0
+    state: enabled
+- name: samp_rate
+  id: variable_qtgui_range
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Sample Rate
+    min_len: '200'
+    orient: Qt.Horizontal
+    rangeType: float
+    start: 10e6
+    step: 1e6
+    stop: 56e6
+    value: 15.36e6*2
+    widget: counter_slider
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [187, 11]
+    rotation: 0
+    state: true
+- name: short_cp_len
+  id: variable
+  parameters:
+    comment: ''
+    value: round(0.00000469 * samp_rate / decimation)
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1324, 51]
+    rotation: 0
+    state: true
+- name: time_domain_mag_offset
+  id: variable_qtgui_range
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Time Domain Mag^2 Offset
+    min_len: '200'
+    orient: Qt.Horizontal
+    rangeType: float
+    start: '-100'
+    step: '0.1'
+    stop: '100'
+    value: '1'
+    widget: counter_slider
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [2128, 31]
+    rotation: 0
+    state: enabled
+- name: time_domain_mag_scaler
+  id: variable_qtgui_range
+  parameters:
+    comment: ''
+    gui_hint: ''
+    label: Time Domain Mag^2 Scaler
+    min_len: '200'
+    orient: Qt.Horizontal
+    rangeType: float
+    start: '0'
+    step: '0.01'
+    stop: '100'
+    value: '1'
+    widget: counter_slider
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1946, 30]
+    rotation: 0
+    state: enabled
+- name: analog_sig_source_x_0
+  id: analog_sig_source_x
+  parameters:
+    affinity: ''
+    alias: ''
+    amp: '1'
+    comment: ''
+    freq: offset
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    offset: '0'
+    phase: '0'
+    samp_rate: samp_rate
+    type: complex
+    waveform: analog.GR_COS_WAVE
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [386, 282]
+    rotation: 0
+    state: disabled
+- name: blocks_add_const_vxx_0
+  id: blocks_add_const_vxx
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    const: time_domain_mag_offset
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    type: float
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1707, 479]
+    rotation: 0
+    state: true
+- name: blocks_complex_to_mag_squared_0
+  id: blocks_complex_to_mag_squared
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1263, 382]
+    rotation: 0
+    state: true
+- name: blocks_complex_to_mag_squared_0_1
+  id: blocks_complex_to_mag_squared
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1267, 482]
+    rotation: 0
+    state: true
+- name: blocks_delay_0
+  id: blocks_delay
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    delay: delay
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    num_ports: '1'
+    type: complex
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [986, 479]
+    rotation: 0
+    state: true
+- name: blocks_file_source_0
+  id: blocks_file_source
+  parameters:
+    affinity: ''
+    alias: ''
+    begin_tag: pmt.PMT_NIL
+    comment: ''
+    file: /opt/dji/collects/2437MHz_30.72MSPS.fc32
+    length: '0'
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    offset: '0'
+    repeat: 'True'
+    type: complex
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [108, 176]
+    rotation: 0
+    state: disabled
+- name: blocks_multiply_const_vxx_0
+  id: blocks_multiply_const_vxx
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    const: correlation_mag_scaler
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    type: float
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1463, 378]
+    rotation: 0
+    state: true
+- name: blocks_multiply_const_vxx_0_0
+  id: blocks_multiply_const_vxx
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    const: time_domain_mag_scaler
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    type: float
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1501, 479]
+    rotation: 0
+    state: true
+- name: blocks_multiply_xx_0
+  id: blocks_multiply_xx
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    num_inputs: '2'
+    type: complex
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [650, 200]
+    rotation: 0
+    state: disabled
+- name: blocks_throttle_0
+  id: blocks_throttle
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    ignoretag: 'True'
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    samples_per_second: samp_rate
+    type: complex
+    vlen: '1'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [410, 195]
+    rotation: 0
+    state: disabled
+- name: fft_filter_xxx_0
+  id: fft_filter_xxx
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    decim: decimation
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    nthreads: '1'
+    samp_delay: '0'
+    taps: filter_taps
+    type: ccc
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [759, 331]
+    rotation: 0
+    state: enabled
+- name: fft_filter_xxx_1
+  id: fft_filter_xxx
+  parameters:
+    affinity: ''
+    alias: corr_filt
+    comment: ''
+    decim: '1'
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    nthreads: '1'
+    samp_delay: '0'
+    taps: 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+    type: ccc
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [974, 333]
+    rotation: 0
+    state: enabled
+- name: fosphor_glfw_sink_c_0
+  id: fosphor_glfw_sink_c
+  parameters:
+    affinity: ''
+    alias: ''
+    comment: ''
+    freq_center: '0'
+    freq_span: samp_rate
+    wintype: firdes.WIN_BLACKMAN_hARRIS
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [976, 248]
+    rotation: 0
+    state: enabled
+- name: qtgui_time_sink_x_1
+  id: qtgui_time_sink_x
+  parameters:
+    affinity: ''
+    alias: ''
+    alpha1: '1.0'
+    alpha10: '1.0'
+    alpha2: '1.0'
+    alpha3: '1.0'
+    alpha4: '1.0'
+    alpha5: '1.0'
+    alpha6: '1.0'
+    alpha7: '1.0'
+    alpha8: '1.0'
+    alpha9: '1.0'
+    autoscale: 'False'
+    axislabels: 'True'
+    color1: blue
+    color10: dark blue
+    color2: red
+    color3: green
+    color4: black
+    color5: cyan
+    color6: magenta
+    color7: yellow
+    color8: dark red
+    color9: dark green
+    comment: ''
+    ctrlpanel: 'False'
+    entags: 'False'
+    grid: 'False'
+    gui_hint: ''
+    label1: Signal 1
+    label10: Signal 10
+    label2: Signal 2
+    label3: Signal 3
+    label4: Signal 4
+    label5: Signal 5
+    label6: Signal 6
+    label7: Signal 7
+    label8: Signal 8
+    label9: Signal 9
+    legend: 'True'
+    marker1: '-1'
+    marker10: '-1'
+    marker2: '-1'
+    marker3: '-1'
+    marker4: '-1'
+    marker5: '-1'
+    marker6: '-1'
+    marker7: '-1'
+    marker8: '-1'
+    marker9: '-1'
+    name: '""'
+    nconnections: '2'
+    size: '10240'
+    srate: samp_rate
+    stemplot: 'False'
+    style1: '1'
+    style10: '1'
+    style2: '1'
+    style3: '1'
+    style4: '1'
+    style5: '1'
+    style6: '1'
+    style7: '1'
+    style8: '1'
+    style9: '1'
+    tr_chan: '0'
+    tr_delay: '0'
+    tr_level: '.7'
+    tr_mode: qtgui.TRIG_MODE_NORM
+    tr_slope: qtgui.TRIG_SLOPE_POS
+    tr_tag: '""'
+    type: float
+    update_time: '0.10'
+    width1: '1'
+    width10: '1'
+    width2: '1'
+    width3: '1'
+    width4: '1'
+    width5: '1'
+    width6: '1'
+    width7: '1'
+    width8: '1'
+    width9: '1'
+    ylabel: Amplitude
+    ymax: '0.005'
+    ymin: '-0.005'
+    yunit: '""'
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [1893, 378]
+    rotation: 0
+    state: enabled
+- name: uhd_usrp_source_0
+  id: uhd_usrp_source
+  parameters:
+    affinity: ''
+    alias: ''
+    ant0: RX2
+    ant1: RX2
+    ant10: RX2
+    ant11: RX2
+    ant12: RX2
+    ant13: RX2
+    ant14: RX2
+    ant15: RX2
+    ant16: RX2
+    ant17: RX2
+    ant18: RX2
+    ant19: RX2
+    ant2: RX2
+    ant20: RX2
+    ant21: RX2
+    ant22: RX2
+    ant23: RX2
+    ant24: RX2
+    ant25: RX2
+    ant26: RX2
+    ant27: RX2
+    ant28: RX2
+    ant29: RX2
+    ant3: RX2
+    ant30: RX2
+    ant31: RX2
+    ant4: RX2
+    ant5: RX2
+    ant6: RX2
+    ant7: RX2
+    ant8: RX2
+    ant9: RX2
+    bw0: 11e6
+    bw1: '0'
+    bw10: '0'
+    bw11: '0'
+    bw12: '0'
+    bw13: '0'
+    bw14: '0'
+    bw15: '0'
+    bw16: '0'
+    bw17: '0'
+    bw18: '0'
+    bw19: '0'
+    bw2: '0'
+    bw20: '0'
+    bw21: '0'
+    bw22: '0'
+    bw23: '0'
+    bw24: '0'
+    bw25: '0'
+    bw26: '0'
+    bw27: '0'
+    bw28: '0'
+    bw29: '0'
+    bw3: '0'
+    bw30: '0'
+    bw31: '0'
+    bw4: '0'
+    bw5: '0'
+    bw6: '0'
+    bw7: '0'
+    bw8: '0'
+    bw9: '0'
+    center_freq0: uhd.tune_request_t(freq, 6e6)
+    center_freq1: '0'
+    center_freq10: '0'
+    center_freq11: '0'
+    center_freq12: '0'
+    center_freq13: '0'
+    center_freq14: '0'
+    center_freq15: '0'
+    center_freq16: '0'
+    center_freq17: '0'
+    center_freq18: '0'
+    center_freq19: '0'
+    center_freq2: '0'
+    center_freq20: '0'
+    center_freq21: '0'
+    center_freq22: '0'
+    center_freq23: '0'
+    center_freq24: '0'
+    center_freq25: '0'
+    center_freq26: '0'
+    center_freq27: '0'
+    center_freq28: '0'
+    center_freq29: '0'
+    center_freq3: '0'
+    center_freq30: '0'
+    center_freq31: '0'
+    center_freq4: '0'
+    center_freq5: '0'
+    center_freq6: '0'
+    center_freq7: '0'
+    center_freq8: '0'
+    center_freq9: '0'
+    clock_rate: 0e0
+    clock_source0: ''
+    clock_source1: ''
+    clock_source2: ''
+    clock_source3: ''
+    clock_source4: ''
+    clock_source5: ''
+    clock_source6: ''
+    clock_source7: ''
+    comment: ''
+    dc_offs_enb0: '""'
+    dc_offs_enb1: '""'
+    dc_offs_enb10: '""'
+    dc_offs_enb11: '""'
+    dc_offs_enb12: '""'
+    dc_offs_enb13: '""'
+    dc_offs_enb14: '""'
+    dc_offs_enb15: '""'
+    dc_offs_enb16: '""'
+    dc_offs_enb17: '""'
+    dc_offs_enb18: '""'
+    dc_offs_enb19: '""'
+    dc_offs_enb2: '""'
+    dc_offs_enb20: '""'
+    dc_offs_enb21: '""'
+    dc_offs_enb22: '""'
+    dc_offs_enb23: '""'
+    dc_offs_enb24: '""'
+    dc_offs_enb25: '""'
+    dc_offs_enb26: '""'
+    dc_offs_enb27: '""'
+    dc_offs_enb28: '""'
+    dc_offs_enb29: '""'
+    dc_offs_enb3: '""'
+    dc_offs_enb30: '""'
+    dc_offs_enb31: '""'
+    dc_offs_enb4: '""'
+    dc_offs_enb5: '""'
+    dc_offs_enb6: '""'
+    dc_offs_enb7: '""'
+    dc_offs_enb8: '""'
+    dc_offs_enb9: '""'
+    dev_addr: '""'
+    dev_args: '""'
+    gain0: gain
+    gain1: '0'
+    gain10: '0'
+    gain11: '0'
+    gain12: '0'
+    gain13: '0'
+    gain14: '0'
+    gain15: '0'
+    gain16: '0'
+    gain17: '0'
+    gain18: '0'
+    gain19: '0'
+    gain2: '0'
+    gain20: '0'
+    gain21: '0'
+    gain22: '0'
+    gain23: '0'
+    gain24: '0'
+    gain25: '0'
+    gain26: '0'
+    gain27: '0'
+    gain28: '0'
+    gain29: '0'
+    gain3: '0'
+    gain30: '0'
+    gain31: '0'
+    gain4: '0'
+    gain5: '0'
+    gain6: '0'
+    gain7: '0'
+    gain8: '0'
+    gain9: '0'
+    iq_imbal_enb0: '""'
+    iq_imbal_enb1: '""'
+    iq_imbal_enb10: '""'
+    iq_imbal_enb11: '""'
+    iq_imbal_enb12: '""'
+    iq_imbal_enb13: '""'
+    iq_imbal_enb14: '""'
+    iq_imbal_enb15: '""'
+    iq_imbal_enb16: '""'
+    iq_imbal_enb17: '""'
+    iq_imbal_enb18: '""'
+    iq_imbal_enb19: '""'
+    iq_imbal_enb2: '""'
+    iq_imbal_enb20: '""'
+    iq_imbal_enb21: '""'
+    iq_imbal_enb22: '""'
+    iq_imbal_enb23: '""'
+    iq_imbal_enb24: '""'
+    iq_imbal_enb25: '""'
+    iq_imbal_enb26: '""'
+    iq_imbal_enb27: '""'
+    iq_imbal_enb28: '""'
+    iq_imbal_enb29: '""'
+    iq_imbal_enb3: '""'
+    iq_imbal_enb30: '""'
+    iq_imbal_enb31: '""'
+    iq_imbal_enb4: '""'
+    iq_imbal_enb5: '""'
+    iq_imbal_enb6: '""'
+    iq_imbal_enb7: '""'
+    iq_imbal_enb8: '""'
+    iq_imbal_enb9: '""'
+    lo_export0: 'False'
+    lo_export1: 'False'
+    lo_export10: 'False'
+    lo_export11: 'False'
+    lo_export12: 'False'
+    lo_export13: 'False'
+    lo_export14: 'False'
+    lo_export15: 'False'
+    lo_export16: 'False'
+    lo_export17: 'False'
+    lo_export18: 'False'
+    lo_export19: 'False'
+    lo_export2: 'False'
+    lo_export20: 'False'
+    lo_export21: 'False'
+    lo_export22: 'False'
+    lo_export23: 'False'
+    lo_export24: 'False'
+    lo_export25: 'False'
+    lo_export26: 'False'
+    lo_export27: 'False'
+    lo_export28: 'False'
+    lo_export29: 'False'
+    lo_export3: 'False'
+    lo_export30: 'False'
+    lo_export31: 'False'
+    lo_export4: 'False'
+    lo_export5: 'False'
+    lo_export6: 'False'
+    lo_export7: 'False'
+    lo_export8: 'False'
+    lo_export9: 'False'
+    lo_source0: internal
+    lo_source1: internal
+    lo_source10: internal
+    lo_source11: internal
+    lo_source12: internal
+    lo_source13: internal
+    lo_source14: internal
+    lo_source15: internal
+    lo_source16: internal
+    lo_source17: internal
+    lo_source18: internal
+    lo_source19: internal
+    lo_source2: internal
+    lo_source20: internal
+    lo_source21: internal
+    lo_source22: internal
+    lo_source23: internal
+    lo_source24: internal
+    lo_source25: internal
+    lo_source26: internal
+    lo_source27: internal
+    lo_source28: internal
+    lo_source29: internal
+    lo_source3: internal
+    lo_source30: internal
+    lo_source31: internal
+    lo_source4: internal
+    lo_source5: internal
+    lo_source6: internal
+    lo_source7: internal
+    lo_source8: internal
+    lo_source9: internal
+    maxoutbuf: '0'
+    minoutbuf: '0'
+    nchan: '1'
+    norm_gain0: 'True'
+    norm_gain1: 'False'
+    norm_gain10: 'False'
+    norm_gain11: 'False'
+    norm_gain12: 'False'
+    norm_gain13: 'False'
+    norm_gain14: 'False'
+    norm_gain15: 'False'
+    norm_gain16: 'False'
+    norm_gain17: 'False'
+    norm_gain18: 'False'
+    norm_gain19: 'False'
+    norm_gain2: 'False'
+    norm_gain20: 'False'
+    norm_gain21: 'False'
+    norm_gain22: 'False'
+    norm_gain23: 'False'
+    norm_gain24: 'False'
+    norm_gain25: 'False'
+    norm_gain26: 'False'
+    norm_gain27: 'False'
+    norm_gain28: 'False'
+    norm_gain29: 'False'
+    norm_gain3: 'False'
+    norm_gain30: 'False'
+    norm_gain31: 'False'
+    norm_gain4: 'False'
+    norm_gain5: 'False'
+    norm_gain6: 'False'
+    norm_gain7: 'False'
+    norm_gain8: 'False'
+    norm_gain9: 'False'
+    num_mboards: '1'
+    otw: ''
+    rx_agc0: Default
+    rx_agc1: Default
+    rx_agc10: Default
+    rx_agc11: Default
+    rx_agc12: Default
+    rx_agc13: Default
+    rx_agc14: Default
+    rx_agc15: Default
+    rx_agc16: Default
+    rx_agc17: Default
+    rx_agc18: Default
+    rx_agc19: Default
+    rx_agc2: Default
+    rx_agc20: Default
+    rx_agc21: Default
+    rx_agc22: Default
+    rx_agc23: Default
+    rx_agc24: Default
+    rx_agc25: Default
+    rx_agc26: Default
+    rx_agc27: Default
+    rx_agc28: Default
+    rx_agc29: Default
+    rx_agc3: Default
+    rx_agc30: Default
+    rx_agc31: Default
+    rx_agc4: Default
+    rx_agc5: Default
+    rx_agc6: Default
+    rx_agc7: Default
+    rx_agc8: Default
+    rx_agc9: Default
+    samp_rate: samp_rate
+    sd_spec0: ''
+    sd_spec1: ''
+    sd_spec2: ''
+    sd_spec3: ''
+    sd_spec4: ''
+    sd_spec5: ''
+    sd_spec6: ''
+    sd_spec7: ''
+    show_lo_controls: 'False'
+    stream_args: ''
+    stream_chans: '[]'
+    sync: sync
+    time_source0: ''
+    time_source1: ''
+    time_source2: ''
+    time_source3: ''
+    time_source4: ''
+    time_source5: ''
+    time_source6: ''
+    time_source7: ''
+    type: fc32
+  states:
+    bus_sink: false
+    bus_source: false
+    bus_structure: null
+    coordinate: [375, 418]
+    rotation: 0
+    state: enabled
+
+connections:
+- [analog_sig_source_x_0, '0', blocks_multiply_xx_0, '1']
+- [blocks_add_const_vxx_0, '0', qtgui_time_sink_x_1, '1']
+- [blocks_complex_to_mag_squared_0, '0', blocks_multiply_const_vxx_0, '0']
+- [blocks_complex_to_mag_squared_0_1, '0', blocks_multiply_const_vxx_0_0, '0']
+- [blocks_delay_0, '0', blocks_complex_to_mag_squared_0_1, '0']
+- [blocks_file_source_0, '0', blocks_throttle_0, '0']
+- [blocks_multiply_const_vxx_0, '0', qtgui_time_sink_x_1, '0']
+- [blocks_multiply_const_vxx_0_0, '0', blocks_add_const_vxx_0, '0']
+- [blocks_multiply_xx_0, '0', fft_filter_xxx_0, '0']
+- [blocks_throttle_0, '0', blocks_multiply_xx_0, '0']
+- [fft_filter_xxx_0, '0', blocks_delay_0, '0']
+- [fft_filter_xxx_0, '0', fft_filter_xxx_1, '0']
+- [fft_filter_xxx_0, '0', fosphor_glfw_sink_c_0, '0']
+- [fft_filter_xxx_1, '0', blocks_complex_to_mag_squared_0, '0']
+- [uhd_usrp_source_0, '0', fft_filter_xxx_0, '0']
+
+metadata:
+  file_format: 1
diff --git a/matlab/automatic_detector.m b/matlab/automatic_detector.m
deleted file mode 100644
index cbf47c0..0000000
--- a/matlab/automatic_detector.m
+++ /dev/null
@@ -1,267 +0,0 @@
-clear all
-
-%% Signal parameters
-file_path = '/opt/dji/collects/2437MHz_30.72MSPS.fc32';
-sample_rate = 30.72e6;          % Collected 2x oversampled
-critial_sample_rate = 15.36e6;  % The actual sample rate for this signal
-carrier_spacing = 15e3;         % Per the LTE spec
-signal_bandwidth = 10e6;        % Per the LTE spec
-rough_frequency_offset = 7.5e6; % The collected signal is 7.5 MHz off center
-
-
-%% Read in the IQ samples for a single burst
-%  The burst is found using baudline and its cursor/delta time measurements
-file_start_time = 0.802225;
-file_start_sample_idx = uint64(file_start_time * sample_rate);
-
-burst_duration_time = 0.000721;
-burst_duration_samples = uint64(burst_duration_time * sample_rate);
-
-samples = read_complex_floats(file_path, file_start_sample_idx, burst_duration_samples);
-
-figure(1);
-plot(10 * log10(abs(fftshift(fft(samples)))));
-title('Original Samples')
-
-%% Roughly center the signal of interest
-%  The signal might have been collected at an offset, so remove that offset
-rotation_vector = exp(1j * 2* pi / sample_rate * (0:length(samples)-1) * rough_frequency_offset);
-samples = samples .* rotation_vector;
-
-figure(1000);
-plot(10 * log10(abs(fftshift(fft(samples)))));
-title('Original Samples - Freq Shifted')
-
-orig_fft_size = sample_rate / carrier_spacing;
-orig_long_cp_len = round(1/192000 * sample_rate);
-orig_short_cp_len = round(0.0000046875 * sample_rate);
-
-%% Low pass filter the original samples
-filter_taps = fir1(200, signal_bandwidth/sample_rate);
-samples = filter(filter_taps, 1, samples);
-
-%% Search for the ZC sequence in symbol 4
-
-% Create the ZC seqeunce
-zc = create_zc(orig_fft_size, 4);
-zc = reshape(zc, 1, []); % Reshape to match the samples vector
-
-% Run a normalized cross correlation searching for the ZC sequence
-% TODO(8Apr2022): Search through a smaller space (no need to look through everything)
-scores = zeros(1, length(samples)-length(zc));
-for idx=1:length(scores)
-    scores(idx) = normalized_xcorr(zc, samples(idx:idx + length(zc) - 1));
-end
-
-% Find the highest score value and index
-[score, index] = max(abs(scores).^2);
-if (score < 0.7)
-    warning("Correlation score for the first ZC sequence was bad.  Might have errors later");
-end
-
-% The ZC sequence is the fourth symbol which means there are three FFT windows, one 
-% long cyclic prefix and two short cyclic prefixes before the ZC.  But, to keep the
-% correlation window as small as possible, the cyclic prefix of the ZC is ignored,
-% so that adds an additional short cyclic prefix of offset
-zc_seq_offset = (orig_fft_size * 3) + orig_long_cp_len + (orig_short_cp_len * 3);
-
-% Calculate where the burst starts based on the correlation index
-start_offset = round(index - zc_seq_offset);
-
-angle(scores(index))
-% samples = samples .* exp(1j * -angle(scores(index)) * (0:(length(samples)-1)));
-samples = samples .* exp(1j * -angle(scores(index)));
-
-% Trim all samples before the starting offset, and decimate at the same time.
-% The decimation operation here is to get the signal back down to critical rate.
-% Can get away with dropping every other sample because the signal is already filtered
-samples = samples(start_offset:2:end);
-
-%% Calculate critical rate parameters
-fft_size = critial_sample_rate / carrier_spacing;
-long_cp_len = round(0.0000052 * critial_sample_rate);
-short_cp_len = round(0.00000469 * critial_sample_rate);
-
-%% Plot symbol overlays
-%  The logic below is for debugging only.  It draws OFDM symbol boundaries
-%  over a time domain view of the burst.  It alternates between red and
-%  green transparent rectangles over the time domain as a sanity check that
-%  the time alignment is correct (starting at the right sample)
-plot_symbol_boundaries(samples, critial_sample_rate, 4);
-
-%% Coarse frequency adjustment
-
-% My CFO detection isn't working, so rotate the constellation by hand (just eyeballing the constellation plots)
-% offset_adj = -0.00005;
-% samples = samples .* exp(1j * 2 * pi * offset_adj * (0:length(samples)-1));
-
-
-%% Phase adjustment
-
-% The phase angle adjustment made in the ZC sequence detection step got the QPSK to be lined up with points in 
-% [1,0], [0,1], [-1,0], and [0,-1] but we want it at [1,1], [-1,1], [-1,-1], and [1,-1] to make the demodulation
-% decision simpler.  That means that the constellation needs to be rotated by pi/2 (45 degrees).
-% TODO(10Apr2022): Because of timing offsets there is a lot of "smearing" as the constellation rotates.  Instead of
-%                  fixing that right now, the constellation is rotated a little more to keep the points in distinct
-%                  quadrants.
-phase_offset = pi/2 - 0.5;
-samples = samples * exp(1j * phase_offset);
-
-%% Symbol extraction
-
-symbols_time_domain = zeros(9, fft_size);
-symbols_freq_domain = zeros(9, fft_size);
-
-sample_offset = 1;
-for symbol_idx=1:9
-    % OFDM symbols 1 and 9 have a long cyclic prefix
-    if (symbol_idx == 1 || symbol_idx == 9)
-        cyclic_prefix_len = long_cp_len;
-    else
-        cyclic_prefix_len = short_cp_len;
-    end
-    
-    % Skip the cyclic prefix
-    sample_offset = sample_offset + cyclic_prefix_len;
-
-    % Extract out just the OFDM symbol ignoring the cyclic prefix
-    symbol = samples(sample_offset:sample_offset + fft_size - 1);
-
-    % Save off the original time domain and the FFT'd samples
-    symbols_time_domain(symbol_idx,:) = symbol;
-    symbols_freq_domain(symbol_idx,:) = fftshift(fft(symbol));
-
-    % Skip the OFDM symbol just extracted
-    sample_offset = sample_offset + fft_size;
-end
-
-% Plot the constellation diagrams for all extracted OFDM symbols
-figure(5)
-for idx=1:9
-    subplot(3, 3, idx);
-    plot(symbols_freq_domain(idx,:), 'o');
-end
-title('Constellations (Pre Freq Correction)')
-
-%% Demodulation
-
-% The spec says that the 15.36 MHz signal has 601 occupied carriers, but
-% one of those is DC which doesn't appear to be used
-% NOTE: I have seen someone saying that there is a specific phase present
-% in some of the DC.  Not sure if this is correct, so for now assuming that
-% the DC carrier is not used
-occupied_carriers = 600;
-
-% Create a list of data carrier indices
-data_carriers_left = (fft_size/2)-(occupied_carriers/2)+1:fft_size/2;
-data_carriers_right = (fft_size/2)+2:fft_size/2+(occupied_carriers/2)+1;
-
-% Below is logic to write the received ZC sequence out to a file.  It is meant to be used with the
-% brute_force_zc.m script
-%
-% % figure(1000); plot(abs(symbols_time_domain(4,:)).^2);
-% file_handle = fopen('/opt/dji/collects/zc_symbol_4_15360KSPS_time_domain.fc32', 'w');
-% zc_samples = symbols_freq_domain(4, [data_carriers_left, data_carriers_right]);
-% reals = reshape([real(zc_samples); imag(zc_samples)], [], 1);
-% fwrite(file_handle, reals, 'single');
-% fclose(file_handle);
-% 
-% % figure(1000); plot(abs(symbols_time_domain(6,:)).^2);
-% file_handle = fopen('/opt/dji/collects/zc_symbol_6_15360KSPS_time_domain.fc32', 'w');
-% zc_samples = symbols_freq_domain(6, [data_carriers_left, data_carriers_right]);
-% reals = reshape([real(zc_samples); imag(zc_samples)], [], 1);
-% fwrite(file_handle, reals, 'single');
-% fclose(file_handle);
-
-% Place to store the data carrier samples
-data_carriers = zeros(7, occupied_carriers);
-
-% Plot and extract the data carriers from the 7 data carrying OFDM symbols
-figure(6);
-output_idx = 1;
-
-% Symbols 4 and 6 are ZC sequences and do not contain data
-for idx=[1,2,3,5,7,8,9]
-    subplot(3, 3, idx);
-
-    % Get all of the freq domain samples for the current symbol, extract
-    % out just the data carriers, and plot
-    carriers = symbols_freq_domain(idx,:);
-    data_carriers(output_idx,:) = carriers([data_carriers_left, data_carriers_right]);
-    plot(squeeze(data_carriers(output_idx,:)), 'o');
-    output_idx = output_idx + 1;
-end
-
-% Plot the data carriers as one constellation (first one with lines, second
-% with dots)
-figure(7);
-subplot(1, 2, 1);
-plot(squeeze(data_carriers));
-subplot(1, 2, 2);
-plot(squeeze(data_carriers), 'o');
-
-%% Below is a brute force attempt at trying to get the first data symbol to drop out as all 0's or 1's
-
-% Initializing to 0x12345678
-scrambler_x2_init = [0 0 1, 0 0 1 0, 0 0 1 1, 0 1 0 0, 0 1 0 1, 0 1 1 0, 0 1 1 1, 1 0 0 0];
-
-% Generate enough random for one OFDM symbol (need two bits per data carrier since there are 2 bits per sample)
-scrambler_bit_count = length(data_carriers) * 2;
-
-% Try out 4 possibilities for the scrambler.  It's unclear if the order of the initialization vector
-% is correct, nor if the output of the scrambler needs to be reversed before getting applied.  So, try
-% all 4 combos
-scrambler_perms = [...
-    generate_scrambler_seq(scrambler_bit_count, scrambler_x2_init);
-    generate_scrambler_seq(scrambler_bit_count, fliplr(scrambler_x2_init));
-    fliplr(generate_scrambler_seq(scrambler_bit_count, scrambler_x2_init));
-    fliplr(generate_scrambler_seq(scrambler_bit_count, fliplr(scrambler_x2_init)));
-];
-
-% Number of bits to XOR and show in the terminal
-xor_window = 128;
-
-% TODO(10April2022): REMOVE THIS!!!  IT'S ONLY HERE TO TROUBLESHOOT THE DESCRAMBLER!!!
-data_carriers = data_carriers(1,:);
-figure(88);
-% Loop over the data carriers 4 times, each time rotating the constellation by 90 degrees
-% This is a brute force approach to finding the correct phase offset since it's unknown due
-% to not having a known training sequence
-for idx=0:3
-    % Rotate all samples by 90 degrees
-    offset = pi / 2;
-    data_carriers = data_carriers .* exp(1j * offset);
-
-    subplot(2, 2, idx+1);
-    plot(data_carriers, 'o');
-
-    % Demapping the constellation points by hand.  The mapping was taken from 
-    % https://github.com/ttsou/openphy/blob/master/src/lte/qam.c#L35
-
-    % Using concatenation like a chump
-    demodulated_bits = [];
-    for sample_idx = 1:length(data_carriers)
-        sample = data_carriers(sample_idx);
-        if (real(sample) > 0 && imag(sample) > 0)
-            bits = [0, 0];
-        elseif (real(sample) > 0 && imag(sample) < 0)
-            bits = [0, 1];
-        elseif (real(sample) < 0 && imag(sample) > 0)
-            bits = [1, 0];
-        elseif (real(sample) < 0 && imag(sample) < 0)
-            bits = [1, 1];
-        else
-            error("Invalid coordinate!");
-        end
-
-        demodulated_bits = [demodulated_bits, bits];
-    end
-    
-    % Try all 4 scrambler possibilities
-    xor_out = [
-        char('0'+bitxor(demodulated_bits(1,1:xor_window), scrambler_perms(1,1:xor_window))); 
-        char('0'+bitxor(demodulated_bits(1,1:xor_window), scrambler_perms(2,1:xor_window)));
-        char('0'+bitxor(demodulated_bits(1,1:xor_window), scrambler_perms(3,1:xor_window))); 
-        char('0'+bitxor(demodulated_bits(1,1:xor_window), scrambler_perms(4,1:xor_window)));
-    ]
-end
diff --git a/matlab/brute_force_zc.m b/matlab/brute_force_zc.m
deleted file mode 100644
index 3ac3723..0000000
--- a/matlab/brute_force_zc.m
+++ /dev/null
@@ -1,55 +0,0 @@
-clear all;
-symbol_number = 6;
-file_path = ['/opt/dji/collects/zc_symbol_', mat2str(symbol_number), '_15360KSPS_time_domain.fc32'];
-
-file_handle = fopen(file_path, 'r');
-reals = fread(file_handle, inf, 'single');
-fclose(file_handle);
-
-received_samples = reals(1:2:end) + 1j * reals(2:2:end);
-
-figure(1); plot(10 * log10(abs(received_samples).^2));
-
-root_sequnce_attempts = 1000;
-scores = zeros(root_sequnce_attempts, 1);
-
-for root=1:length(scores)
-    try
-        % Not all ZC roots are valid and the function will throw an error if the root is invalid
-        zc = zadoffChuSeq(root, 601);
-
-        % Remove the center sample as this is what's done on the transmitter.
-        zc = [zc(1:300); zc(302:end)];
-    catch
-        continue
-    end
-    
-    % Correlate the 
-    scores(root) = abs(xcorr(received_samples, zc(1:end), 0, 'normalized')).^2;
-end
-
-figure(2);
-plot(scores);
-title('ZC Normalized XCorr Results')
-
-[value, index] = max(scores);
-if (value < 0.7)
-    warning('Unable to find matching sequence');
-end
-
-zc = zadoffChuSeq(index, 601);
-figure(3);
-subplot(2, 1, 1);
-spectrogram(zc);
-title('Calculated ZC')
-subplot(2, 1, 2);
-spectrogram(received_samples);
-title('Received ZC')
-
-figure(4)
-subplot(2, 1, 1);
-plot(abs(fftshift(fft(zc))).^2);
-title('Calculated ZC')
-subplot(2, 1, 2);
-plot(abs(fftshift(fft(received_samples))).^2);
-title('Received ZC')
\ No newline at end of file
diff --git a/matlab/create_gnuradio_zc.m b/matlab/create_gnuradio_zc.m
new file mode 100644
index 0000000..6477c66
--- /dev/null
+++ b/matlab/create_gnuradio_zc.m
@@ -0,0 +1,13 @@
+function [] = create_gnuradio_zc(fft_size, symbol_number)
+    zc = conj(create_zc(fft_size, symbol_number));
+
+    fprintf('[');
+    for idx=1:length(zc)
+        fprintf('(%0.4f+%0.4fj)', real(zc(idx)), imag(zc(idx)));
+        if (idx ~= length(zc))
+            fprintf(',')
+        end
+    end
+    fprintf(']\n');
+end
+
diff --git a/matlab/estimate_cp_freq_offset.m b/matlab/estimate_cp_freq_offset.m
deleted file mode 100644
index 8b1f72e..0000000
--- a/matlab/estimate_cp_freq_offset.m
+++ /dev/null
@@ -1,28 +0,0 @@
-function [freq_offset_est] = estimate_cp_freq_offset(samples, fft_size, short_cp_len, long_cp_len)
-    figure(44);
-    scores = zeros(9, 1);
-    skip = 8;
-    sample_offset = 1;
-    figure(10);
-    for idx=1:9
-        if (idx == 1 || idx == 9)
-            cp_len = long_cp_len;
-        else
-            cp_len = short_cp_len;
-        end
-
-        cyclic_prefix = samples(sample_offset+skip:sample_offset + cp_len - 1 - skip);
-        end_of_symbol = samples(sample_offset+fft_size+skip:sample_offset+fft_size+cp_len - 1 - skip);
-        
-        subplot(3, 3, idx);
-        plot(abs(cyclic_prefix).^2);
-        hold on;
-        plot(abs(end_of_symbol).^2);
-        hold off;
-        scores(idx) = angle(sum(cyclic_prefix .* conj(end_of_symbol))) / length(cyclic_prefix);
-
-        sample_offset = sample_offset + fft_size + cp_len;
-    end
-
-    freq_offset_est = sum(scores) / length(scores) / fft_size;
-end
\ No newline at end of file
diff --git a/matlab/find_bursts.m b/matlab/find_bursts.m
deleted file mode 100644
index e26c218..0000000
--- a/matlab/find_bursts.m
+++ /dev/null
@@ -1,93 +0,0 @@
-%% Signal parameters
-file_path = '/opt/dji/collects/2437MHz_30.72MSPS.fc32';
-file_sample_rate = 30.72e6;     % Collected 2x oversampled
-rough_frequency_offset = 7.5e6; % The collected signal is 7.5 MHz off center
-correlation_threshold = 0.7;    % Minimum correlation score to accept (0.0 - 1.0)
-
-%% LTE parameters
-carrier_spacing = 15e3;
-signal_bandwidth = 10e6;
-
-% How many complex samples to read in at a time
-chunk_size = 1e6;
-
-% Pre-calculate the frequency offset rotation
-freq_offset_constant = 1j * pi * 2 * (rough_frequency_offset / file_sample_rate);
-
-% The output of the ZC sequence generator needs to be conjugated to be used in a filter.  Also create a variable that
-% can hold the filter state between chunks to prevent discontinuities
-correlator_taps = conj(create_zc(file_sample_rate / carrier_spacing, 4));
-correlator_state = [];
-
-% Open the IQ recording
-file_handle = fopen(file_path, 'r');
-
-% Figure out how many samples there are in the file
-fseek(file_handle, 0, 'eof');
-total_samples = ftell(file_handle) / 4 / 2; % 4 bytes per float, 2 floats per complex sample
-fseek(file_handle, 0, 'bof');
-fprintf('There are %d samples in "%s"\n', total_samples, file_path);
-
-% Really large array to store the cross correlation results from *all* samples
-zc_scores = zeros(total_samples - length(correlator_taps), 0);
-
-sample_offset = 0;
-while (~ feof(file_handle))    
-    %% Read in the next buffer
-    % The `fread` command will return interleaved real, imag values, so pack those into complex samples
-    floats = fread(file_handle, chunk_size * 2, 'float');
-    samples = floats(1:2:end) + 1j * floats(2:2:end);
-    
-    %% Frequency shift the input
-    % This is somewhat optional, but the correlation scores will go down fast if the offset is > 1 MHz
-    rotation_vector = exp(freq_offset_constant * (sample_offset:(sample_offset+length(samples)-1)));
-    samples = samples .* reshape(rotation_vector, [], 1);
-    
-    %% Correlate for the ZC sequence
-    % Use a FIR filter to search for the ZC sequence.  The resulting values will be normalized to between 0 and 1.0 if
-    % the abs^2 is taken
-    % TODO(9April2022): Would be nice to use the fftfilt function, but I don't know if it has issues with keeping state
-    %                   as it doesn't have a state input like the filter command.  In testing the FFT filter is twice 
-    %                   as fast
-    [correlation_values, correlator_state] = filter(correlator_taps, 1, samples, correlator_state);
-    zc_scores(sample_offset+1:sample_offset+length(correlation_values)) = correlation_values;
-    
-    sample_offset = sample_offset + length(samples);
-end
-
-% Get the floating normalized correlation results
-abs_scores = abs(zc_scores).^2;
-
-figure(1); 
-plot(abs_scores);
-title('Correlation Scores (normalized)')
-
-% Find all places where the correlation result meets the specified threshold
-% This is going to find duplicates because there are very likely going to be two points right next to each other that
-% meet the required threshold.  This will be dealt with later
-passing_scores = find(abs_scores > correlation_threshold);
-
-% Look through each element of the `passing_scores` vector (which is just indicies where the correlation threshold was
-% met) and pick just the highest value `search_window` elements around (`search_window/2` to the left and right) of each
-% value.  The goal here is to only end up with the best score for the starting point of each burst instead of having
-% multiple starting points for each burst.
-true_peaks = zeros(length(passing_scores), 1);
-search_window = 100;
-for idx = 1:length(passing_scores)
-    % Calculate how far to the left and right to look for the highest peak
-    left_idx = passing_scores(idx) - (search_window / 2);
-    right_idx = left_idx + search_window - 1;
-
-    % Get the correlation scores for the samples around the current point
-    window = abs_scores(left_idx:right_idx);
-
-    % Find the peak in the window and use that value as the actual peak
-    [value, index] = max(window);
-    true_peaks(idx) = left_idx + index;
-end
-
-% There are going to be duplicates in the vector, so just take the unique elements.  What's left should just be the
-% actual starting indices for each ZC sequence
-true_peaks = unique(true_peaks);
-
-
diff --git a/matlab/plot_symbol_boundaries.m b/matlab/updated_scripts/plot_symbol_boundaries.m
similarity index 100%
rename from matlab/plot_symbol_boundaries.m
rename to matlab/updated_scripts/plot_symbol_boundaries.m