Call for Paper

1. The International Symposium on Optoelectronic Technology and Application（OMTA 2016）is the premier forum for the presentation of new advances and research results in the fields of optoelectronics and microelectronics technology. The conference will bring together leading researchers, engineers and scientists in the domain of interest from around the world. Topics of interest for submission include, but are not limited to:
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3. 1.Optical Interconnects
4. Data center architecture
5. Optical interconnect chip technologies
6. Device integration and packaging for optical interconnects
7. Transmission technologies for optical interconnects
8. Design, fabrication and testing of optical modules
9. Fabrication process of optical interconnect devices
10. Optical interconnect chips based on optical/electronic hybrid integration
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12. 2.Optical Switching and Optical Transmission Systems
13. Digital optical transmitter and receiver transmission systems and subsystems
14. Digital signal processing algorithms for optical transceivers
15. Forward error correction and coding
16. Multiplexing and demultiplexing transmission systems and subsystems
17. Transmission systems and subsystems for space-division multiplexing
18. Electronic and opto-electronic signal processing and impairment mitigation techniques
19. Optical switching devices, architectures, and control schemes for transmission systems and subsystems
20. Wavelength-, polarization-, and space-division filters, multiplexes, demultiplexes, equalizers, and inter-leavers, switches, splitters, add/drops, and cross connects
21. Plasmonic waveguides, devices, and switches
22. Semiconductor-based switches (and optical burst switching devices)
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24. 3.Opto-electronic Sensing and Imaging Technology
25. Spectroscopy and Material Properties
26. Imaging and Remote Sensing
27. Modeling and Analysis Techniques
28. Metamaterial Structures and Applications
29. Devices, Components, and Systems
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31. 4.Organic Optoelectronics
32. Organic light-emitting materials and devices
33. Organic photovoltaic materials and devices
34. Organic laser and nonlinear optics
35. Perovskites, quantum dots and other new optoelectronic materials and devices
36. Organic thin film transistors, memory and sensors
37. Development of key technologies in novel organic optoelectronic materials and devices for commercialization
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39. 5.Microwave Photonic
40. Microwave Photonic Beam forming Techniques
41. Microwave photonic technologies for sensing and measurement
42. High-speed and/or broadband photonic devices
43. Integration technologies for microwave photonic devices
44. Optical analog-to-digital converters
45. Optical characterization of microwave devices and system
46. Optical generation of RF, microwave, millimeter-wave and THz waves
47. Optical processing and control of high-speed signals
48. Novel devices / technology for microwave photonics
49. Innovative applications of microwave photonics
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51. 6. Micro-energy Optoelectronics
52. Material physics and characterization for energy photonic devices;
53. Low cost technology of material growth and device fabrication;
54. Photovoltaic devices
55. Energy-efficient LEDs and other photonic devices
56. Novel photonic devices for efficient harvesting
57. Micro energy storage
58. Energy management and system integration
59. Thermal management
60. Optical system design
61. Packaging and applications
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63. 7.Wide Bandgap Semiconductor Technology
64. Epitaxial growth and characterization of III-nitride semiconductor quantum structures,
65. III-nitride based LED and semiconductor lighting,
66. III-nitride based UV-LED and UV-detectors,
67. III-nitride based short wavelength semiconductor lasers,
68. III-nitride based nano-structures and nano-devices
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70. 8.Nanophotonics
71. Plasmonics 
72. Nanobiophotonics
73. Microcavity photonics
74. Nano optoelectronic materials and devices 
75. Silicon and graphene photonics
76. New applications of nanophotonics
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78. NOTE: Other related topics are also welcome